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     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"sep\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"TBA\"\>"}], 
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     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"TBA\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/s41586-021-03926-0\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Yuan Cao and Valla Fatemi and Ahmet Demir and Shiang \
Fang and Spencer L. Tomarken and Jason Y. Luo and Javier D. Sanchez-Yamagishi \
and Kenji Watanabe and Takashi Taniguchi and Efthimios Kaxiras and Ray C. \
Ashoori and Pablo Jarillo-Herrero\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Nature\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Correlated insulator behaviour at half-filling in \
magic-angle graphene superlattices\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2018\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"mar\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"7699\"\>"}], 
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     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"556\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/nature26154\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Mar\[IAcute]a J. Calder\[OAcute]n and Elena \
Bascones\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"npj Quantum Mater.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Correlated states in magic angle twisted bilayer \
graphene under the optical conductivity scrutiny\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2020\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"aug\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"1\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"57\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"5\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/s41535-020-00258-6\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Chendong Zhang and Chih-Piao Chuu and Xibiao Ren and \
Ming-Yang Li and Lain-Jong Li and Chuanhong Jin and Mei-Yin Chou and \
Chih-Kang Shih\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Sci. Adv.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Interlayer couplings, Moir{\\\\'{e}} patterns, and 2D \
electronic superlattices in {MoS}2/{WSe}2hetero-bilayers\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2017\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"jan\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"1\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"e1601459\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"3\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1126/sciadv.1601459\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"American Association for the Advancement of Science \
({AAAS})\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Chenhao Jin and Emma C. Regan and Aiming Yan and M. \
Iqbal Bakti Utama and Danqing Wang and Sihan Zhao and Ying Qin and Sijie Yang \
and Zhiren Zheng and Shenyang Shi and Kenji Watanabe and Takashi Taniguchi \
and Sefaattin Tongay and Alex Zettl and Feng Wang\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Nature\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Observation of moir{\\\\'{e}} excitons in {WSe}2/{WS}2 \
heterostructure superlattices\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2019\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"feb\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"7746\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"76--80\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"567\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/s41586-019-0976-y\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Kyle L. Seyler and Pasqual Rivera and Hongyi Yu and \
Nathan P. Wilson and Essance L. Ray and David G. Mandrus and Jiaqiang Yan and \
Wang Yao and Xiaodong Xu\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Nature\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Signatures of moir{\\\\'{e}}-trapped valley excitons in \
{MoSe}2/{WSe}2 heterobilayers\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2019\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"feb\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"7746\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"66--70\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"567\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/s41586-019-0957-1\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Kha Tran and Galan Moody and Fengcheng Wu and Xiaobo Lu \
and Junho Choi and Kyounghwan Kim and Amritesh Rai and Daniel A. Sanchez and \
Jiamin Quan and Akshay Singh and Jacob Embley and Andr{\\\\'{e}} Zepeda and \
Marshall Campbell and Travis Autry and Takashi Taniguchi and Kenji Watanabe \
and Nanshu Lu and Sanjay K. Banerjee and Kevin L. Silverman and Suenne Kim \
and Emanuel Tutuc and Li Yang and Allan H. MacDonald and Xiaoqin Li\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Nature\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Evidence for moir{\\\\'{e}} excitons in van der Waals \
heterostructures\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2019\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"feb\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"7746\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"71--75\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"567\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/s41586-019-0975-z\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Hao Liu and Yixin Zong and Pan Wang and Hongyu Wen and \
Haibin Wu and Jianbai Xia and Zhongming Wei\"\>"}], 
     RowBox[{"\<\"journal\"\>", 
      "\[Rule]", "\<\"J. Phys. D: Appl. Phys.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Excitons in two-dimensional van der Waals \
heterostructures\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2020\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"nov\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"5\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"053001\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"54\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1088/1361-6463/abbf75\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"{IOP} Publishing\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Long Zhang and Zhe Zhang and Fengcheng Wu and Danqing \
Wang and Rahul Gogna and Shaocong Hou and Kenji Watanabe and Takashi \
Taniguchi and Krishnamurthy Kulkarni and Thomas Kuo and Stephen R. Forrest \
and Hui Deng\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Nat. Commun.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Twist-angle dependence of moir{\\\\'{e}} excitons in \
{WS}2/{MoSe}2 heterobilayers\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2020\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"nov\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"1\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"5888\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"11\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/s41467-020-19466-6\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Samuel Brem and Christopher Linder\[ADoubleDot]lv and \
Paul Erhart and Ermin Malic\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Nano Lett.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Tunable Phases of Moir{\\\\'{e}} Excitons in van der \
Waals Heterostructures\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2020\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"sep\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"12\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"8534--8540\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"20\"\>"}], 
     RowBox[{"\<\"doi\"\>", 
      "\[Rule]", "\<\"10.1021/acs.nanolett.0c03019\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"American Chemical Society ({ACS})\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Zhida Song and Zhijun Wang and Wujun Shi and Gang Li \
and Chen Fang and B. Andrei Bernevig\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Phys. Rev. Lett.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"All Magic Angles in Twisted Bilayer Graphene are \
Topological\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2019\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"jul\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"3\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"036401\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"123\"\>"}], 
     RowBox[{"\<\"doi\"\>", 
      "\[Rule]", "\<\"10.1103/physrevlett.123.036401\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"American Physical Society ({APS})\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Kevin P. Nuckolls and Myungchul Oh and Dillon Wong and \
Biao Lian and Kenji Watanabe and Takashi Taniguchi and B. Andrei Bernevig and \
Ali Yazdani\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Nature\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Strongly correlated Chern insulators in magic-angle \
twisted bilayer graphene\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2020\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"dec\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"7839\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"610--615\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"588\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/s41586-020-3028-8\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Shuang Wu and Zhenyuan Zhang and K. Watanabe and T. \
Taniguchi and Eva Y. Andrei\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Nat. Mater.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Chern insulators, van Hove singularities and \
topological flat bands in magic-angle twisted bilayer graphene\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2021\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"feb\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"4\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"488--494\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"20\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1038/s41563-020-00911-2\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Petr Stepanov and Ming Xie and Takashi Taniguchi and \
Kenji Watanabe and Xiaobo Lu and Allan H. MacDonald and B. Andrei Bernevig \
and Dmitri K. Efetov\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"arXiv\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Competing zero-field Chern insulators in \
Superconducting Twisted Bilayer Graphene\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2020\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"15126\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"2012\"\>"}], 
     RowBox[{"\<\"abstract\"\>", 
      "\[Rule]", "\<\"The discovery of magic angle twisted bilayer graphene \
(MATBG) has unveiled a rich variety of superconducting, magnetic and \
topologically nontrivial phases. The existence of all these phases in one \
material, and their tunability, has opened new pathways for the creation of \
unusual gate tunable junctions. However, the required conditions for their \
creation - gate induced transitions between phases in zero magnetic field - \
have so far not been achieved. Here, we report on the first experimental \
demonstration of a device that is both a zero-field Chern insulator and a \
superconductor. The Chern insulator occurs near moire cell filling factor v = \
+1 in a hBN non-aligned MATBG device and manifests itself via an anomalous \
Hall effect. The insulator has Chern number C = +-1 and a relatively high \
Curie temperature of Tc = 4.5 K. Gate tuning away from this state exposes \
strong superconducting phases with critical temperatures of up to Tc = 3.5 K. \
In a perpendicular magnetic field above B > 0.5 T we observe a transition of \
the /C/= +1 Chern insulator from Chern number C = +-1 to C = 3, characterized \
by a quantized Hall plateau with Ryx = h/3e2. These observations show that \
interaction-induced symmetry breaking in MATBG leads to zero-field ground \
states that include almost degenerate and closely competing Chern insulators, \
and that states with larger Chern numbers couple most strongly to the \
B-field. By providing the first demonstration of a system that allows \
gate-induced transitions between magnetic and superconducting phases, our \
observations mark a major milestone in the creation of a new generation of \
quantum electronics.\"\>"}], 
     RowBox[{"\<\"archiveprefix\"\>", "\[Rule]", "\<\"arXiv\"\>"}], 
     RowBox[{"\<\"file\"\>", 
      "\[Rule]", "\<\":http\\\\://arxiv.org/pdf/2012.15126v1:PDF\"\>"}], 
     RowBox[{"\<\"keywords\"\>", 
      "\[Rule]", "\<\"cond-mat.mes-hall, cond-mat.str-el, cond-mat.supr-con\"\
\>"}], 
     RowBox[{"\<\"primaryclass\"\>", "\[Rule]", "\<\"cond-mat.mes-hall\"\>"}]},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"C\[EAcute]cile Repellin and T. Senthil\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Phys. Rev. Research\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Chern bands of twisted bilayer graphene: Fractional \
Chern insulators and spin phase transition\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2020\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"may\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"2\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"023238\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"2\"\>"}], 
     RowBox[{"\<\"doi\"\>", 
      "\[Rule]", "\<\"10.1103/physrevresearch.2.023238\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"American Physical Society ({APS})\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Moon Jip Park and Youngkuk Kim and Gil Young Cho and \
SungBin Lee\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Phys. Rev. Lett.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Higher-Order Topological Insulator in Twisted Bilayer \
Graphene\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2019\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"nov\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"21\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"216803\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"123\"\>"}], 
     RowBox[{"\<\"doi\"\>", 
      "\[Rule]", "\<\"10.1103/physrevlett.123.216803\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"American Physical Society ({APS})\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Bing Liu and Lede Xian and Haimen Mu and Gan Zhao and \
Zhao Liu and Angel Rubio and Z.{\\\\hspace{0.167em}}F. Wang\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Phys. Rev. Lett.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Higher-Order Band Topology in Twisted Moir{\\\\'{e}} \
Superlattice\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2021\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"feb\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"6\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"066401\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"126\"\>"}], 
     RowBox[{"\<\"doi\"\>", 
      "\[Rule]", "\<\"10.1103/physrevlett.126.066401\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"American Physical Society ({APS})\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Moon Jip Park and Sunam Jeon and SungBin Lee and Hee \
Chul Park and Youngkuk Kim\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Carbon\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Higher-Order Topological Corner State Tunneling in \
Twisted Bilayer Graphene\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2021\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"apr\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"260--265\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"174\"\>"}], 
     RowBox[{"\<\"doi\"\>", 
      "\[Rule]", "\<\"10.1016/j.carbon.2020.12.037\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Elsevier {BV}\"\>"}], "\<\"\"\>", "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"J. M. B. Lopes~dos~Santos and N. M. R. Peres and A. H. \
Castro~Neto\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Phys. Rev. Lett.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Graphene Bilayer with a Twist: Electronic \
Structure\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2007\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"dec\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"25\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"256802\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"99\"\>"}], 
     RowBox[{"\<\"doi\"\>", 
      "\[Rule]", "\<\"10.1103/physrevlett.99.256802\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"American Physical Society ({APS})\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"R. Bistritzer and A. H. MacDonald\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Proc. Natl. Acad. Sci.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Moire bands in twisted double-layer graphene\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2011\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"jul\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"30\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"12233--12237\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"108\"\>"}], 
     RowBox[{"\<\"doi\"\>", "\[Rule]", "\<\"10.1073/pnas.1108174108\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"Proceedings of the National Academy of Sciences\"\>"}], \
"\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", 
      "\[Rule]", "\<\"Stephen Carr and Shiang Fang and Ziyan Zhu and \
Efthimios Kaxiras\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"Phys. Rev. Research\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Exact continuum model for low-energy electronic states \
of twisted bilayer graphene\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2019\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"aug\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"1\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"013001\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"1\"\>"}], 
     RowBox[{"\<\"doi\"\>", 
      "\[Rule]", "\<\"10.1103/physrevresearch.1.013001\"\>"}], 
     RowBox[{"\<\"publisher\"\>", 
      "\[Rule]", "\<\"American Physical Society ({APS})\"\>"}], "\<\"\"\>"},
    {
     RowBox[{"\<\"author\"\>", "\[Rule]", "\<\"Leon Balents\"\>"}], 
     RowBox[{"\<\"journal\"\>", "\[Rule]", "\<\"SciPost Phys.\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"General continuum model for twisted bilayer graphene \
and arbitrary smooth deformations\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2019\"\>"}], 
     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"oct\"\>"}], 
     RowBox[{"\<\"number\"\>", "\[Rule]", "\<\"4\"\>"}], 
     RowBox[{"\<\"pages\"\>", "\[Rule]", "\<\"048\"\>"}], 
     RowBox[{"\<\"volume\"\>", "\[Rule]", "\<\"7\"\>"}], 
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     RowBox[{"\<\"month\"\>", "\[Rule]", "\<\"jun\"\>"}], 
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      "\[Rule]", "\<\"Springer Science and Business Media {LLC}\"\>"}], "\<\"\
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    {
     RowBox[{"\<\"author\"\>", "\[Rule]", "\<\"Stephen Thomas Carr\"\>"}], 
     RowBox[{"\<\"school\"\>", "\[Rule]", "\<\"Harvard University\"\>"}], 
     RowBox[{"\<\"title\"\>", 
      "\[Rule]", "\<\"Moir\[EAcute] Patterns in 2D Materials\"\>"}], 
     RowBox[{"\<\"year\"\>", "\[Rule]", "\<\"2020\"\>"}], 
     RowBox[{"\<\"type\"\>", "\[Rule]", "\<\"phdthesis\"\>"}], 
     RowBox[{"\<\"abstract\"\>", 
      "\[Rule]", "\<\"The relative orientation between two or more layers of \
a 2D crystal can create moir\[EAcute] patterns. The patterns have a \
characteristic size, known as the moir\[EAcute] length, which can be directly \
controlled by the twist angle between layers. As the moir\[EAcute] length \
grows, new atomic and electronic phases can emerge. The strong dependence of \
electronic properties on the twist angle has inspired the name for this new \
topic: \\\"twistronics\\\". Methods designed for modeling these complicated \
systems are presented and then applied to a number of important twistronic \
materials.\"\>"}], 
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     RowBox[{"\<\"language\"\>", "\[Rule]", "\<\"English\"\>"}], 
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     "Unconventional superconductivity in magic-angle graphene superlattices",
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    "author" -> 
     "Hoi Chun Po and Liujun Zou and Ashvin Vishwanath and T. Senthil", 
     "journal" -> "Phys. Rev. X", "title" -> 
     "Origin of Mott Insulating Behavior and Superconductivity in Twisted \
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     "pages" -> "031089", "volume" -> "8", "doi" -> 
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     "Emilio Codecido and Qiyue Wang and Ryan Koester and Shi Che and Haidong \
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Zhang and Marc Bockrath and Chun Ning Lau", "journal" -> "Sci. Adv.", "title" -> 
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     "9", "pages" -> "eaaw9770", "volume" -> "5", "doi" -> 
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     "Harpreet Singh Arora and Robert Polski and Yiran Zhang and Alex Thomson \
and Youngjoon Choi and Hyunjin Kim and Zhong Lin and Ilham Zaky Wilson and \
Xiaodong Xu and Jiun-Haw Chu and Kenji Watanabe and Takashi Taniguchi and \
Jason Alicea and Stevan Nadj-Perge", "journal" -> "Nature", "title" -> 
     "Superconductivity in metallic twisted bilayer graphene stabilized by \
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Vishwanath and Philip Kim", "journal" -> "Science", "title" -> 
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     "doi" -> "10.1126/science.abg0399", "publisher" -> 
     "American Association for the Advancement of Science ({AAAS})"}, {
    "author" -> 
     "Haoxin Zhou and Tian Xie and Takashi Taniguchi and Kenji Watanabe and \
Andrea F. Young", "journal" -> "Nature", "title" -> 
     "Superconductivity in rhombohedral trilayer graphene", "year" -> "2021", 
     "month" -> "sep", "number" -> "TBA", "pages" -> "TBA", "volume" -> "TBA",
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    "author" -> 
     "Yuan Cao and Valla Fatemi and Ahmet Demir and Shiang Fang and Spencer \
L. Tomarken and Jason Y. Luo and Javier D. Sanchez-Yamagishi and Kenji \
Watanabe and Takashi Taniguchi and Efthimios Kaxiras and Ray C. Ashoori and \
Pablo Jarillo-Herrero", "journal" -> "Nature", "title" -> 
     "Correlated insulator behaviour at half-filling in magic-angle graphene \
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     "pages" -> "80--84", "volume" -> "556", "doi" -> "10.1038/nature26154", 
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    "author" -> "Mar\[IAcute]a J. Calder\[OAcute]n and Elena Bascones", 
     "journal" -> "npj Quantum Mater.", "title" -> 
     "Correlated states in magic angle twisted bilayer graphene under the \
optical conductivity scrutiny", "year" -> "2020", "month" -> "aug", "number" -> 
     "1", "pages" -> "57", "volume" -> "5", "doi" -> 
     "10.1038/s41535-020-00258-6", "publisher" -> 
     "Springer Science and Business Media {LLC}"}, {
    "author" -> 
     "Chendong Zhang and Chih-Piao Chuu and Xibiao Ren and Ming-Yang Li and \
Lain-Jong Li and Chuanhong Jin and Mei-Yin Chou and Chih-Kang Shih", 
     "journal" -> "Sci. Adv.", "title" -> 
     "Interlayer couplings, Moir{\\'{e}} patterns, and 2D electronic \
superlattices in {MoS}2/{WSe}2hetero-bilayers", "year" -> "2017", "month" -> 
     "jan", "number" -> "1", "pages" -> "e1601459", "volume" -> "3", "doi" -> 
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     "American Association for the Advancement of Science ({AAAS})"}, {
    "author" -> 
     "Chenhao Jin and Emma C. Regan and Aiming Yan and M. Iqbal Bakti Utama \
and Danqing Wang and Sihan Zhao and Ying Qin and Sijie Yang and Zhiren Zheng \
and Shenyang Shi and Kenji Watanabe and Takashi Taniguchi and Sefaattin \
Tongay and Alex Zettl and Feng Wang", "journal" -> "Nature", "title" -> 
     "Observation of moir{\\'{e}} excitons in {WSe}2/{WS}2 heterostructure \
superlattices", "year" -> "2019", "month" -> "feb", "number" -> "7746", 
     "pages" -> "76--80", "volume" -> "567", "doi" -> 
     "10.1038/s41586-019-0976-y", "publisher" -> 
     "Springer Science and Business Media {LLC}"}, {
    "author" -> 
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and Kyounghwan Kim and Amritesh Rai and Daniel A. Sanchez and Jiamin Quan and \
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Sanjay K. Banerjee and Kevin L. Silverman and Suenne Kim and Emanuel Tutuc \
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Bilayer Graphene", "year" -> "2020", "pages" -> "15126", "volume" -> "2012", 
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     "The discovery of magic angle twisted bilayer graphene (MATBG) has \
unveiled a rich variety of superconducting, magnetic and topologically \
nontrivial phases. The existence of all these phases in one material, and \
their tunability, has opened new pathways for the creation of unusual gate \
tunable junctions. However, the required conditions for their creation - gate \
induced transitions between phases in zero magnetic field - have so far not \
been achieved. Here, we report on the first experimental demonstration of a \
device that is both a zero-field Chern insulator and a superconductor. The \
Chern insulator occurs near moire cell filling factor v = +1 in a hBN \
non-aligned MATBG device and manifests itself via an anomalous Hall effect. \
The insulator has Chern number C = +-1 and a relatively high Curie \
temperature of Tc = 4.5 K. Gate tuning away from this state exposes strong \
superconducting phases with critical temperatures of up to Tc = 3.5 K. In a \
perpendicular magnetic field above B > 0.5 T we observe a transition of the \
/C/= +1 Chern insulator from Chern number C = +-1 to C = 3, characterized by \
a quantized Hall plateau with Ryx = h/3e2. These observations show that \
interaction-induced symmetry breaking in MATBG leads to zero-field ground \
states that include almost degenerate and closely competing Chern insulators, \
and that states with larger Chern numbers couple most strongly to the \
B-field. By providing the first demonstration of a system that allows \
gate-induced transitions between magnetic and superconducting phases, our \
observations mark a major milestone in the creation of a new generation of \
quantum electronics.", "archiveprefix" -> "arXiv", "file" -> 
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and Fan Zhang and Marc Bockrath and Chun Ning Lau", "journal" -> "Sci. Adv.", 
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Wilson and Xiaodong Xu and Jiun-Haw Chu and Kenji Watanabe and Takashi \
Taniguchi and Jason Alicea and Stevan Nadj-Perge", "journal" -> "Nature", 
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Ashvin Vishwanath and Philip Kim", "journal" -> "Science", "title" -> 
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magic-angle trilayer graphene", "year" -> "2021", "month" -> "feb", "number" -> 
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Kenji Watanabe and Takashi Taniguchi and Efthimios Kaxiras and Ray C. Ashoori \
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graphene superlattices", "year" -> "2018", "month" -> "mar", "number" -> 
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Zheng and Shenyang Shi and Kenji Watanabe and Takashi Taniguchi and Sefaattin \
Tongay and Alex Zettl and Feng Wang", "journal" -> "Nature", "title" -> 
          
          "Observation of moir\[EAcute] excitons in {WSe}2/{WS}2 \
heterostructure superlattices", "year" -> "2019", "month" -> "feb", "number" -> 
          "7746", "pages" -> "76--80", "volume" -> "567", "doi" -> 
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and Xiaodong Xu", "journal" -> "Nature", "title" -> 
          "Signatures of moir\[EAcute]-trapped valley excitons in \
{MoSe}2/{WSe}2 heterobilayers", "year" -> "2019", "month" -> "feb", "number" -> 
          "7746", "pages" -> "66--70", "volume" -> "567", "doi" -> 
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Quan and Akshay Singh and Jacob Embley and Andr\[EAcute] Zepeda and Marshall \
Campbell and Travis Autry and Takashi Taniguchi and Kenji Watanabe and Nanshu \
Lu and Sanjay K. Banerjee and Kevin L. Silverman and Suenne Kim and Emanuel \
Tutuc and Li Yang and Allan H. MacDonald and Xiaoqin Li", "journal" -> 
          "Nature", "title" -> 
          "Evidence for moir\[EAcute] excitons in van der Waals \
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          "pages" -> "71--75", "volume" -> "567", "doi" -> 
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          "title" -> 
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          "year" -> "2020", "month" -> "nov", "number" -> "5", "pages" -> 
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Krishnamurthy Kulkarni and Thomas Kuo and Stephen R. Forrest and Hui Deng", 
          "journal" -> "Nat. Commun.", "title" -> 
          "Twist-angle dependence of moir\[EAcute] excitons in {WS}2/{MoSe}2 \
heterobilayers", "year" -> "2020", "month" -> "nov", "number" -> "1", "pages" -> 
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          "publisher" -> "Springer Science and Business Media {LLC}"]}, 
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         Association[
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          "Samuel Brem and Christopher Linder\[ADoubleDot]lv and Paul Erhart \
and Ermin Malic", "journal" -> "Nano Lett.", "title" -> 
          "Tunable Phases of Moir\[EAcute] Excitons in van der Waals \
Heterostructures", "year" -> "2020", "month" -> "sep", "number" -> "12", 
          "pages" -> "8534--8540", "volume" -> "20", "doi" -> 
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          "American Chemical Society ({ACS})"]}, "Song2019PRL" -> {
         Association[
         "type" -> "Article", "key" -> "Song2019PRL", "author" -> 
          "Zhida Song and Zhijun Wang and Wujun Shi and Gang Li and Chen Fang \
and B. Andrei Bernevig", "journal" -> "Phys. Rev. Lett.", "title" -> 
          "All Magic Angles in Twisted Bilayer Graphene are Topological", 
          "year" -> "2019", "month" -> "jul", "number" -> "3", "pages" -> 
          "036401", "volume" -> "123", "doi" -> 
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and Kenji Watanabe and Takashi Taniguchi and B. Andrei Bernevig and Ali \
Yazdani", "journal" -> "Nature", "title" -> 
          "Strongly correlated Chern insulators in magic-angle twisted \
bilayer graphene", "year" -> "2020", "month" -> "dec", "number" -> "7839", 
          "pages" -> "610--615", "volume" -> "588", "doi" -> 
          "10.1038/s41586-020-3028-8", "publisher" -> 
          "Springer Science and Business Media {LLC}"]}, "Wu2021NM" -> {
         Association[
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          "Shuang Wu and Zhenyuan Zhang and K. Watanabe and T. Taniguchi and \
Eva Y. Andrei", "journal" -> "Nat. Mater.", "title" -> 
          "Chern insulators, van Hove singularities and topological flat \
bands in magic-angle twisted bilayer graphene", "year" -> "2021", "month" -> 
          "feb", "number" -> "4", "pages" -> "488--494", "volume" -> "20", 
          "doi" -> "10.1038/s41563-020-00911-2", "publisher" -> 
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         Association[
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          "Petr Stepanov and Ming Xie and Takashi Taniguchi and Kenji \
Watanabe and Xiaobo Lu and Allan H. MacDonald and B. Andrei Bernevig and \
Dmitri K. Efetov", "journal" -> "arXiv", "title" -> 
          "Competing zero-field Chern insulators in Superconducting Twisted \
Bilayer Graphene", "year" -> "2020", "pages" -> "15126", "volume" -> "2012", 
          "abstract" -> 
          "The discovery of magic angle twisted bilayer graphene (MATBG) has \
unveiled a rich variety of superconducting, magnetic and topologically \
nontrivial phases. The existence of all these phases in one material, and \
their tunability, has opened new pathways for the creation of unusual gate \
tunable junctions. However, the required conditions for their creation - gate \
induced transitions between phases in zero magnetic field - have so far not \
been achieved. Here, we report on the first experimental demonstration of a \
device that is both a zero-field Chern insulator and a superconductor. The \
Chern insulator occurs near moire cell filling factor v = +1 in a hBN \
non-aligned MATBG device and manifests itself via an anomalous Hall effect. \
The insulator has Chern number C = +-1 and a relatively high Curie \
temperature of Tc = 4.5 K. Gate tuning away from this state exposes strong \
superconducting phases with critical temperatures of up to Tc = 3.5 K. In a \
perpendicular magnetic field above B > 0.5 T we observe a transition of the \
/C/= +1 Chern insulator from Chern number C = +-1 to C = 3, characterized by \
a quantized Hall plateau with Ryx = h/3e2. These observations show that \
interaction-induced symmetry breaking in MATBG leads to zero-field ground \
states that include almost degenerate and closely competing Chern insulators, \
and that states with larger Chern numbers couple most strongly to the \
B-field. By providing the first demonstration of a system that allows \
gate-induced transitions between magnetic and superconducting phases, our \
observations mark a major milestone in the creation of a new generation of \
quantum electronics.", "archiveprefix" -> "arXiv", "file" -> 
          ":http\\://arxiv.org/pdf/2012.15126v1:PDF", "keywords" -> 
          "cond-mat.mes-hall, cond-mat.str-el, cond-mat.supr-con", 
          "primaryclass" -> "cond-mat.mes-hall"]}, "Repellin2020PRR" -> {
         Association[
         "type" -> "Article", "key" -> "Repellin2020PRR", "author" -> 
          "C\[EAcute]cile Repellin and T. Senthil", "journal" -> 
          "Phys. Rev. Research", "title" -> 
          "Chern bands of twisted bilayer graphene: Fractional Chern \
insulators and spin phase transition", "year" -> "2020", "month" -> "may", 
          "number" -> "2", "pages" -> "023238", "volume" -> "2", "doi" -> 
          "10.1103/physrevresearch.2.023238", "publisher" -> 
          "American Physical Society ({APS})"]}, "Park2019PRL" -> {
         Association[
         "type" -> "Article", "key" -> "Park2019PRL", "author" -> 
          "Moon Jip Park and Youngkuk Kim and Gil Young Cho and SungBin Lee", 
          "journal" -> "Phys. Rev. Lett.", "title" -> 
          "Higher-Order Topological Insulator in Twisted Bilayer Graphene", 
          "year" -> "2019", "month" -> "nov", "number" -> "21", "pages" -> 
          "216803", "volume" -> "123", "doi" -> 
          "10.1103/physrevlett.123.216803", "publisher" -> 
          "American Physical Society ({APS})"]}, "Liu2021PRL" -> {
         Association[
         "type" -> "Article", "key" -> "Liu2021PRL", "author" -> 
          "Bing Liu and Lede Xian and Haimen Mu and Gan Zhao and Zhao Liu and \
Angel Rubio and Z. F. Wang", "journal" -> "Phys. Rev. Lett.", "title" -> 
          "Higher-Order Band Topology in Twisted Moir\[EAcute] Superlattice", 
          "year" -> "2021", "month" -> "feb", "number" -> "6", "pages" -> 
          "066401", "volume" -> "126", "doi" -> 
          "10.1103/physrevlett.126.066401", "publisher" -> 
          "American Physical Society ({APS})"]}, "Park2021C" -> {
         Association[
         "type" -> "Article", "key" -> "Park2021C", "author" -> 
          "Moon Jip Park and Sunam Jeon and SungBin Lee and Hee Chul Park and \
Youngkuk Kim", "journal" -> "Carbon", "title" -> 
          "Higher-Order Topological Corner State Tunneling in Twisted Bilayer \
Graphene", "year" -> "2021", "month" -> "apr", "pages" -> "260--265", 
          "volume" -> "174", "doi" -> "10.1016/j.carbon.2020.12.037", 
          "publisher" -> "Elsevier {BV}"]}, "Santos2007PRL" -> {
         Association[
         "type" -> "Article", "key" -> "Santos2007PRL", "author" -> 
          "J. M. B. Lopes~dos~Santos and N. M. R. Peres and A. H. \
Castro~Neto", "journal" -> "Phys. Rev. Lett.", "title" -> 
          "Graphene Bilayer with a Twist: Electronic Structure", "year" -> 
          "2007", "month" -> "dec", "number" -> "25", "pages" -> "256802", 
          "volume" -> "99", "doi" -> "10.1103/physrevlett.99.256802", 
          "publisher" -> "American Physical Society ({APS})"]}, 
       "Bistritzer2011PNAS" -> {
         Association[
         "type" -> "Article", "key" -> "Bistritzer2011PNAS", "author" -> 
          "R. Bistritzer and A. H. MacDonald", "journal" -> 
          "Proc. Natl. Acad. Sci.", "title" -> 
          "Moire bands in twisted double-layer graphene", "year" -> "2011", 
          "month" -> "jul", "number" -> "30", "pages" -> "12233--12237", 
          "volume" -> "108", "doi" -> "10.1073/pnas.1108174108", "publisher" -> 
          "Proceedings of the National Academy of Sciences"]}, "Carr2019PRR" -> {
         Association[
         "type" -> "Article", "key" -> "Carr2019PRR", "author" -> 
          "Stephen Carr and Shiang Fang and Ziyan Zhu and Efthimios Kaxiras", 
          "journal" -> "Phys. Rev. Research", "title" -> 
          "Exact continuum model for low-energy electronic states of twisted \
bilayer graphene", "year" -> "2019", "month" -> "aug", "number" -> "1", 
          "pages" -> "013001", "volume" -> "1", "doi" -> 
          "10.1103/physrevresearch.1.013001", "publisher" -> 
          "American Physical Society ({APS})"]}, "Balents2019SP" -> {
         Association[
         "type" -> "Article", "key" -> "Balents2019SP", "author" -> 
          "Leon Balents", "journal" -> "SciPost Phys.", "title" -> 
          "General continuum model for twisted bilayer graphene and arbitrary \
smooth deformations", "year" -> "2019", "month" -> "oct", "number" -> "4", 
          "pages" -> "048", "volume" -> "7", "doi" -> 
          "10.21468/scipostphys.7.4.048", "publisher" -> 
          "Stichting {SciPost}"]}, "Guinea2019PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Guinea2019PRB", "author" -> 
          "Francisco Guinea and Niels R. Walet", "journal" -> "Phys. Rev. B", 
          "title" -> 
          "Continuum models for twisted bilayer graphene: Effect of lattice \
deformation and hopping parameters", "year" -> "2019", "month" -> "may", 
          "number" -> "20", "pages" -> "205134", "volume" -> "99", "doi" -> 
          "10.1103/physrevb.99.205134", "publisher" -> 
          "American Physical Society ({APS})"]}, "Phong2020PRL" -> {
         Association[
         "type" -> "Article", "key" -> "Phong2020PRL", "author" -> 
          "V\[OTilde] Ti\:1ebfn Phong and E. J. Mele", "journal" -> 
          "Phys. Rev. Lett.", "title" -> 
          "Obstruction and Interference in Low-Energy Models for Twisted \
Bilayer Graphene", "year" -> "2020", "month" -> "oct", "number" -> "17", 
          "pages" -> "176404", "volume" -> "125", "doi" -> 
          "10.1103/physrevlett.125.176404", "publisher" -> 
          "American Physical Society ({APS})"]}, "Koshino2020PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Koshino2020PRB", "author" -> 
          "Mikito Koshino and Nguyen N. T. Nam", "journal" -> "Phys. Rev. B", 
          "title" -> 
          "Effective continuum model for relaxed twisted bilayer graphene and \
moir\[EAcute] electron-phonon interaction", "year" -> "2020", "month" -> 
          "may", "number" -> "19", "pages" -> "195425", "volume" -> "101", 
          "doi" -> "10.1103/physrevb.101.195425", "publisher" -> 
          "American Physical Society ({APS})"]}, "Andrei2020NM" -> {
         Association[
         "type" -> "Article", "key" -> "Andrei2020NM", "author" -> 
          "Eva Y. Andrei and Allan H. MacDonald", "journal" -> "Nat. Mater.", 
          "title" -> "Graphene bilayers with a twist", "year" -> "2020", 
          "month" -> "nov", "number" -> "12", "pages" -> "1265--1275", 
          "volume" -> "19", "doi" -> "10.1038/s41563-020-00840-0", 
          "publisher" -> "Springer Science and Business Media {LLC}"]}, 
       "Nam2017PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Nam2017PRB", "author" -> 
          "Nguyen N. T. Nam and Mikito Koshino", "journal" -> "Phys. Rev. B", 
          "title" -> 
          "Lattice relaxation and energy band modulation in twisted bilayer \
graphene", "year" -> "2017", "month" -> "aug", "number" -> "7", "pages" -> 
          "075311", "volume" -> "96", "doi" -> "10.1103/physrevb.96.075311", 
          "publisher" -> "American Physical Society ({APS})"]}, 
       "Perebeinos2012PRL" -> {
         Association[
         "type" -> "Article", "key" -> "Perebeinos2012PRL", "author" -> 
          "V. Perebeinos and J. Tersoff and Ph. Avouris", "journal" -> 
          "Phys. Rev. Lett.", "title" -> 
          "Phonon-Mediated Interlayer Conductance in Twisted Graphene \
Bilayers", "year" -> "2012", "month" -> "dec", "number" -> "23", "pages" -> 
          "236604", "volume" -> "109", "doi" -> 
          "10.1103/physrevlett.109.236604", "publisher" -> 
          "American Physical Society ({APS})"]}, "Laissardiere2012PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Laissardiere2012PRB", "author" -> 
          "G. Trambly de Laissardi\[EGrave]re and D. Mayou and L. Magaud", 
          "journal" -> "Phys. Rev. B", "title" -> 
          "Numerical studies of confined states in rotated bilayers of \
graphene", "year" -> "2012", "month" -> "sep", "number" -> "12", "pages" -> 
          "125413", "volume" -> "86", "doi" -> "10.1103/physrevb.86.125413", 
          "publisher" -> "American Physical Society ({APS})"]}, "Moon2012PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Moon2012PRB", "author" -> 
          "Pilkyung Moon and Mikito Koshino", "journal" -> "Phys. Rev. B", 
          "title" -> 
          "Energy spectrum and quantum Hall effect in twisted bilayer \
graphene", "year" -> "2012", "month" -> "may", "number" -> "19", "pages" -> 
          "195458", "volume" -> "85", "doi" -> "10.1103/physrevb.85.195458", 
          "publisher" -> "American Physical Society ({APS})"]}, 
       "Andelkovic2018PRM" -> {
         Association[
         "type" -> "Article", "key" -> "Andelkovic2018PRM", "author" -> 
          "M. An\:0111elkovi\[CAcute] and L. Covaci and F. M. Peeters", 
          "journal" -> "Phys. Rev. Materials", "title" -> 
          "{DC} conductivity of twisted bilayer graphene: Angle-dependent \
transport properties and effects of disorder", "year" -> "2018", "month" -> 
          "mar", "number" -> "3", "pages" -> "034004", "volume" -> "2", "doi" -> 
          "10.1103/physrevmaterials.2.034004", "publisher" -> 
          "American Physical Society ({APS})"]}, "Po2019PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Po2019PRB", "author" -> 
          "Hoi Chun Po and Liujun Zou and T. Senthil and Ashvin Vishwanath", 
          "journal" -> "Phys. Rev. B", "title" -> 
          "Faithful tight-binding models and fragile topology of magic-angle \
bilayer graphene", "year" -> "2019", "month" -> "may", "number" -> "19", 
          "pages" -> "195455", "volume" -> "99", "doi" -> 
          "10.1103/physrevb.99.195455", "publisher" -> 
          "American Physical Society ({APS})"]}, "Gargiulo20172M" -> {
         Association[
         "type" -> "Article", "key" -> "Gargiulo20172M", "author" -> 
          "Fernando Gargiulo and Oleg V Yazyev", "journal" -> "2D Mater.", 
          "title" -> 
          "Structural and electronic transformation in low-angle twisted \
bilayer graphene", "year" -> "2017", "month" -> "nov", "number" -> "1", 
          "pages" -> "015019", "volume" -> "5", "doi" -> 
          "10.1088/2053-1583/aa9640", "publisher" -> "{IOP} Publishing"]}, 
       "Yan2013NC" -> {
         Association[
         "type" -> "Article", "key" -> "Yan2013NC", "author" -> 
          "Wei Yan and Wen-Yu He and Zhao-Dong Chu and Mengxi Liu and Lan \
Meng and Rui-Fen Dou and Yanfeng Zhang and Zhongfan Liu and Jia-Cai Nie and \
Lin He", "journal" -> "Nat. Commun.", "title" -> 
          "Strain and curvature induced evolution of electronic band \
structures in twisted graphene bilayer", "year" -> "2013", "month" -> "jul", 
          "number" -> "1", "pages" -> "2159", "volume" -> "4", "doi" -> 
          "10.1038/ncomms3159", "publisher" -> 
          "Springer Science and Business Media {LLC}"]}, "Yoo2019NM" -> {
         Association[
         "type" -> "Article", "key" -> "Yoo2019NM", "author" -> 
          "Hyobin Yoo and Rebecca Engelke and Stephen Carr and Shiang Fang \
and Kuan Zhang and Paul Cazeaux and Suk Hyun Sung and Robert Hovden and Adam \
W. Tsen and Takashi Taniguchi and Kenji Watanabe and Gyu-Chul Yi and Miyoung \
Kim and Mitchell Luskin and Ellad B. Tadmor and Efthimios Kaxiras and Philip \
Kim", "journal" -> "Nat. Mater.", "title" -> 
          "Atomic and electronic reconstruction at the van der Waals \
interface in twisted bilayer graphene", "year" -> "2019", "month" -> "apr", 
          "number" -> "5", "pages" -> "448--453", "volume" -> "18", "doi" -> 
          "10.1038/s41563-019-0346-z", "publisher" -> 
          "Springer Science and Business Media {LLC}"]}, "Shi2020NC" -> {
         Association[
         "type" -> "Article", "key" -> "Shi2020NC", "author" -> 
          "Haohao Shi and Zhen Zhan and Zhikai Qi and Kaixiang Huang and Edo \
van Veen and Jose \[CapitalAAcute]ngel Silva-Guill\[EAcute]n and Runxiao \
Zhang and Pengju Li and Kun Xie and Hengxing Ji and Mikhail I. Katsnelson and \
Shengjun Yuan and Shengyong Qin and Zhenyu Zhang", "journal" -> 
          "Nat. Commun.", "title" -> 
          "Large-area, periodic, and tunable intrinsic pseudo-magnetic fields \
in low-angle twisted bilayer graphene", "year" -> "2020", "month" -> "jan", 
          "number" -> "1", "pages" -> "371", "volume" -> "11", "doi" -> 
          "10.1038/s41467-019-14207-w", "publisher" -> 
          "Springer Science and Business Media {LLC}"]}, "Liu2020PRL" -> {
         Association[
         "type" -> "Article", "key" -> "Liu2020PRL", "author" -> 
          "Yi-Wen Liu and Ying Su and Xiao-Feng Zhou and Long-Jing Yin and \
Chao Yan and Si-Yu Li and Wei Yan and Sheng Han and Zhong-Qiu Fu and Yu Zhang \
and Qian Yang and Ya-Ning Ren and Lin He", "journal" -> "Phys. Rev. Lett.", 
          "title" -> 
          "Tunable Lattice Reconstruction, Triangular Network of Chiral \
One-Dimensional States, and Bandwidth of Flat Bands in Magic Angle Twisted \
Bilayer Graphene", "year" -> "2020", "month" -> "dec", "number" -> "23", 
          "pages" -> "236102", "volume" -> "125", "doi" -> 
          "10.1103/physrevlett.125.236102", "publisher" -> 
          "American Physical Society ({APS})"]}, "Uchida2014PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Uchida2014PRB", "author" -> 
          "Kazuyuki Uchida and Shinnosuke Furuya and Jun-Ichi Iwata and \
Atsushi Oshiyama", "journal" -> "Phys. Rev. B", "title" -> 
          "Atomic corrugation and electron localization due to Moir\[EAcute] \
patterns in twisted bilayer graphenes", "year" -> "2014", "month" -> "oct", 
          "number" -> "15", "pages" -> "155451", "volume" -> "90", "doi" -> 
          "10.1103/physrevb.90.155451", "publisher" -> 
          "American Physical Society ({APS})"]}, "Jain20162M" -> {
         Association[
         "type" -> "Article", "key" -> "Jain20162M", "author" -> 
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Barkema", "journal" -> "2D Mater.", "title" -> 
          "Structure of twisted and buckled bilayer graphene", "year" -> 
          "2016", "month" -> "nov", "number" -> "1", "pages" -> "015018", 
          "volume" -> "4", "doi" -> "10.1088/2053-1583/4/1/015018", 
          "publisher" -> "{IOP} Publishing"]}, "Dai2016NL" -> {
         Association[
         "type" -> "Article", "key" -> "Dai2016NL", "author" -> 
          "Shuyang Dai and Yang Xiang and David J. Srolovitz", "journal" -> 
          "Nano Lett.", "title" -> 
          "Twisted Bilayer Graphene: Moir\[EAcute] with a Twist", "year" -> 
          "2016", "month" -> "aug", "number" -> "9", "pages" -> "5923--5927", 
          "volume" -> "16", "doi" -> "10.1021/acs.nanolett.6b02870", 
          "publisher" -> "American Chemical Society ({ACS})"]}, "Wijk20152M" -> {
         Association[
         "type" -> "Article", "key" -> "Wijk20152M", "author" -> 
          "M. M. van Wijk and A. Schuring and M. I. Katsnelson and A. \
Fasolino", "journal" -> "2D Mater.", "title" -> 
          "Relaxation of moir\[EAcute] patterns for slightly misaligned \
identical lattices: graphene on graphite", "year" -> "2015", "month" -> "jul",
           "number" -> "3", "pages" -> "034010", "volume" -> "2", "doi" -> 
          "10.1088/2053-1583/2/3/034010", "publisher" -> "{IOP} Publishing"]},
        "Lin2020PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Lin2020PRB", "author" -> 
          "Xianqing Lin and Haotian Zhu and Jun Ni", "journal" -> 
          "Phys. Rev. B", "title" -> 
          
          "Pressure-induced gap modulation and topological transitions in \
twisted bilayer and twisted double bilayer graphene", "year" -> "2020", 
          "month" -> "apr", "number" -> "15", "pages" -> "155405", "volume" -> 
          "101", "doi" -> "10.1103/physrevb.101.155405", "publisher" -> 
          "American Physical Society ({APS})"]}, "SanJose2014PRB" -> {
         Association[
         "type" -> "Article", "key" -> "SanJose2014PRB", "author" -> 
          "Pablo San-Jose and A. Guti\[EAcute]rrez-Rubio and Mauricio Sturla \
and Francisco Guinea", "journal" -> "Phys. Rev. B", "title" -> 
          "Spontaneous strains and gap in graphene on boron nitride", "year" -> 
          "2014", "month" -> "aug", "number" -> "7", "pages" -> "075428", 
          "volume" -> "90", "doi" -> "10.1103/physrevb.90.075428", 
          "publisher" -> "American Physical Society ({APS})"]}, 
       "SanJose2014PRBa" -> {
         Association[
         "type" -> "Article", "key" -> "SanJose2014PRBa", "author" -> 
          "Pablo San-Jose and A. Guti\[EAcute]rrez-Rubio and Mauricio Sturla \
and Francisco Guinea", "journal" -> "Phys. Rev. B", "title" -> 
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hexagonal boron nitride", "year" -> "2014", "month" -> "sep", "number" -> 
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         "type" -> "Article", "key" -> "Suzuura2002PRB", "author" -> 
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          "publisher" -> "American Physical Society ({APS})"]}, 
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         "type" -> "Article", "key" -> "Jackiw1976PRD", "author" -> 
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          "jun", "number" -> "12", "pages" -> "3398--3409", "volume" -> "13", 
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          "American Physical Society ({APS})"]}, "Shen2017" -> {
         Association[
         "type" -> "Book", "key" -> "Shen2017", "author" -> "Shun-Qing Shen", 
          "publisher" -> "Springer-Verlag GmbH", "title" -> 
          "Topological Insulators: Dirac Equation in Condensed Matter", 
          "year" -> "2017", "address" -> "Singapore", "edition" -> "2nd", 
          "isbn" -> "978-981-10-4606-3", "ean" -> "9789811046063", 
          "pagetotal" -> "266", "url" -> 
          "https://www.springer.com/gp/book/9789811046056"]}, "Goldstein2005" -> {
         Association[
         "type" -> "Book", "key" -> "Goldstein2005", "author" -> 
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          "2005", "address" -> "Beijing", "edition" -> "3rd", "isbn" -> 
          "978-7-04-016091-8", "groups" -> "appendix, tBLG_ZLMs", "timestamp" -> 
          "2021-03-06", "url" -> 
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a4c9a465f283"]}, "Yin2016NC" -> {
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domain wall", "year" -> "2016", "month" -> "jun", "number" -> "1", "pages" -> 
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          "publisher" -> "Springer Science and Business Media {LLC}"]}, 
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         Association[
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Zhenhua Qiao", "journal" -> "Phys. Rev. B", "title" -> 
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          "2018", "month" -> "dec", "number" -> "24", "pages" -> "245417", 
          "volume" -> "98", "doi" -> "10.1103/physrevb.98.245417", 
          "publisher" -> "American Physical Society ({APS})"]}, "Ren2016RPP" -> {
         Association[
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          "2016", "month" -> "may", "number" -> "6", "pages" -> "066501", 
          "volume" -> "79", "doi" -> "10.1088/0034-4885/79/6/066501", 
          "publisher" -> "{IOP} Publishing"]}, "Zhang2013PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Zhang2013PRB", "author" -> 
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          "Phys. Rev. B", "title" -> 
          "Detecting zero-line mode in bilayer graphene via the quantum Hall \
effect", "year" -> "2013", "month" -> "jun", "number" -> "23", "pages" -> 
          "235405", "volume" -> "87", "doi" -> "10.1103/physrevb.87.235405", 
          "publisher" -> "American Physical Society ({APS})"]}, "Bi2015PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Bi2015PRB", "author" -> 
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          "Phys. Rev. B", "title" -> 
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zero-line modes of graphene", "year" -> "2015", "month" -> "dec", "number" -> 
          "23", "pages" -> "235421", "volume" -> "92", "doi" -> 
          "10.1103/physrevb.92.235421", "publisher" -> 
          "American Physical Society ({APS})"]}, "Ren2017PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Ren2017PRB", "author" -> 
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Qiao", "journal" -> "Phys. Rev. B", "title" -> 
          "Tunable current partition at zero-line intersection of quantum \
anomalous Hall topologies", "year" -> "2017", "month" -> "oct", "number" -> 
          "15", "pages" -> "155445", "volume" -> "96", "doi" -> 
          "10.1103/physrevb.96.155445", "publisher" -> 
          "American Physical Society ({APS})"]}, "Wang2019FP" -> {
         Association[
         "type" -> "Article", "key" -> "Wang2019FP", "author" -> 
          "Ke Wang and Tao Hou and Yafei Ren and Zhenhua Qiao", "journal" -> 
          "Front. Phys.", "title" -> 
          "Enhanced robustness of zero-line modes in graphene via magnetic \
field", "year" -> "2019", "month" -> "nov", "number" -> "2", "pages" -> 
          "23501", "volume" -> "14", "doi" -> "10.1007/s11467-018-0869-9", 
          "publisher" -> "Springer Science and Business Media {LLC}"]}, 
       "Hou2020PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Hou2020PRB", "author" -> 
          "Tao Hou and Yafei Ren and Yujie Quan and Jeil Jung and Wei Ren and \
Zhenhua Qiao", "journal" -> "Phys. Rev. B", "title" -> 
          "Metallic network of topological domain walls", "year" -> "2020", 
          "month" -> "may", "number" -> "20", "pages" -> "201403", "volume" -> 
          "101", "doi" -> "10.1103/physrevb.101.201403", "publisher" -> 
          "American Physical Society ({APS})"]}, "Hou2020PRBa" -> {
         Association[
         "type" -> "Article", "key" -> "Hou2020PRBa", "author" -> 
          "Tao Hou and Yafei Ren and Yujie Quan and Jeil Jung and Wei Ren and \
Zhenhua Qiao", "journal" -> "Phys. Rev. B", "title" -> 
          "Valley current splitter in minimally twisted bilayer graphene", 
          "year" -> "2020", "month" -> "aug", "number" -> "8", "pages" -> 
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           "publisher" -> "American Physical Society ({APS})"]}, 
       "Qiao2014PRL" -> {
         Association[
         "type" -> "Article", "key" -> "Qiao2014PRL", "author" -> 
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Allan H. MacDonald and Qian Niu", "journal" -> "Phys. Rev. Lett.", "title" -> 
          "Current Partition at Topological Channel Intersections", "year" -> 
          "2014", "month" -> "may", "number" -> "20", "pages" -> "206601", 
          "volume" -> "112", "doi" -> "10.1103/physrevlett.112.206601", 
          "publisher" -> "American Physical Society ({APS})"]}, "Wang2017PRB" -> {
         Association[
         "type" -> "Article", "key" -> "Wang2017PRB", "author" -> 
          "Ke Wang and Yafei Ren and Xinzhou Deng and Shengyuan A. Yang and \
Jeil Jung and Zhenhua Qiao", "journal" -> "Phys. Rev. B", "title" -> 
          "Gate-tunable current partition in graphene-based topological zero \
lines", "year" -> "2017", "month" -> "jun", "number" -> "24", "pages" -> 
          "245420", "volume" -> "95", "doi" -> "10.1103/physrevb.95.245420", 
          "publisher" -> "American Physical Society ({APS})"]}, "Ju2015N" -> {
         Association[
         "type" -> "Article", "key" -> "Ju2015N", "author" -> 
          "Long Ju and Zhiwen Shi and Nityan Nair and Yinchuan Lv and Chenhao \
Jin and Jairo Velasco and Claudia Ojeda-Aristizabal and Hans A. Bechtel and \
Michael C. Martin and Alex Zettl and James Analytis and Feng Wang", "journal" -> 
          "Nature", "title" -> 
          "Topological valley transport at bilayer graphene domain walls", 
          "year" -> "2015", "month" -> "apr", "number" -> "7549", "pages" -> 
          "650--655", "volume" -> "520", "doi" -> "10.1038/nature14364", 
          "publisher" -> "Springer Science and Business Media {LLC}"]}, 
       "Li2016NN" -> {
         Association[
         "type" -> "Article", "key" -> "Li2016NN", "author" -> 
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Yafei Ren and Kenji Watanabe and Takashi Taniguchi and Zhenhua Qiao and Jun \
Zhu", "journal" -> "Nat. Nanotech.", "title" -> 
          "Gate-controlled topological conducting channels in bilayer \
graphene", "year" -> "2016", "month" -> "aug", "number" -> "12", "pages" -> 
          "1060--1065", "volume" -> "11", "doi" -> "10.1038/nnano.2016.158", 
          "publisher" -> "Springer Science and Business Media {LLC}"]}, 
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         Association[
         "type" -> "Article", "key" -> "Kim2016NP", "author" -> 
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and Takashi Taniguchi and Seung-Hoon Jhi and Hu-Jong Lee", "journal" -> 
          "Nat. Phys.", "title" -> 
          "Valley-symmetry-preserved transport in ballistic graphene with \
gate-defined carrier~guiding", "year" -> "2016", "month" -> "jun", "number" -> 
          "11", "pages" -> "1022--1026", "volume" -> "12", "doi" -> 
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         Association[
         "type" -> "phdthesis", "key" -> "Carr2020", "author" -> 
          "Stephen Thomas Carr", "school" -> "Harvard University", "title" -> 
          "Moir\[EAcute] Patterns in 2D Materials", "year" -> "2020", 
          "abstract" -> 
          "The relative orientation between two or more layers of a 2D \
crystal can create moir\[EAcute] patterns. The patterns have a characteristic \
size, known as the moir\[EAcute] length, which can be directly controlled by \
the twist angle between layers. As the moir\[EAcute] length grows, new atomic \
and electronic phases can emerge. The strong dependence of electronic \
properties on the twist angle has inspired the name for this new topic: \
\"twistronics\". Methods designed for modeling these complicated systems are \
presented and then applied to a number of important twistronic materials.", 
          "date" -> "2020", "groups" -> "tBLG_ZLMs", "language" -> "English", 
          "timestamp" -> "2021-03-10", "url" -> 
          "https://dash.harvard.edu/handle/1/37365981"]}, 
       "Zakharchenko2009PRL" -> {
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Quasiharmonic Approximation", "year" -> "2009", "month" -> "jan", "number" -> 
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Shaffique Adam", "journal" -> "Nat. Commun.", "title" -> 
          "Origin of band gaps in graphene on hexagonal boron nitride", 
          "year" -> "2015", "month" -> "feb", "number" -> "1", "pages" -> 
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         "type" -> "Article", "key" -> "Popov2011PRB", "author" -> 
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Yurii E. Lozovik and Boris V. Potapkin", "journal" -> "Phys. Rev. B", "title" -> 
          "Commensurate-incommensurate phase transition in bilayer graphene", 
          "year" -> "2011", "month" -> "jul", "number" -> "4", "pages" -> 
          "045404", "volume" -> "84", "doi" -> "10.1103/physrevb.84.045404", 
          "publisher" -> "American Physical Society ({APS})"]}, 
       "Lebedeva2011PCCP" -> {
         Association[
         "type" -> "Article", "key" -> "Lebedeva2011PCCP", "author" -> 
          "Irina V. Lebedeva and Andrey A. Knizhnik and Andrey M. Popov and \
Yurii E. Lozovik and Boris V. Potapkin", "journal" -> 
          "Phys. Chem. Chem. Phys.", "title" -> 
          "Interlayer interaction and relative vibrations of bilayer \
graphene", "year" -> "2011", "number" -> "13", "pages" -> "5687", "volume" -> 
          "13", "doi" -> "10.1039/c0cp02614j", "publisher" -> 
          "Royal Society of Chemistry ({RSC})"]}, "Bhatti2006" -> {
         Association[
         "type" -> "Book", "key" -> "Bhatti2006", "author" -> 
          "M. Asghar Bhatti", "publisher" -> "John Wiley \\& Sons", "title" -> 
          "Advanced Topics in Finite Element Analysis of Structures: With \
Mathematica and MATLAB Computations", "year" -> "2006", "edition" -> "1st", 
          "isbn" -> "0471648078", "ean" -> "9780471648079", "pagetotal" -> 
          "610", "url" -> 
          "https://www.wiley.com/en-us/Advanced Topics in Finite Element \
Analysis of Structures: With Mathematica and MATLAB \
Computations-p-9780471648079"]}, "Logg2012" -> {
         Association[
         "type" -> "Book", "key" -> "Logg2012", "author" -> 
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          "Springer-Verlag GmbH", "title" -> 
          "Automated Solution of Differential Equations by the Finite Element \
Method", "year" -> "2012", "address" -> "Berlin Heidelberg", "edition" -> 
          "1st", "isbn" -> "9783642230998", "ean" -> "9783642230998", 
          "pagetotal" -> "731", "url" -> 
          "https://link.springer.com/book/10.1007/978-3-642-23099-8#toc"]}, 
       "Reddy2014" -> {
         Association[
         "type" -> "Book", "key" -> "Reddy2014", "author" -> "J. N. Reddy", 
          "publisher" -> "Oxford University Press", "title" -> 
          "An Introduction to Nonlinear Finite Element Analysis: With \
Applications to Heat Transfer, Fluid Mechanics, and Solid Mechanics", "year" -> 
          "2014", "address" -> "Oxford", "edition" -> "1st", "isbn" -> 
          "9780199641758", "url" -> 
          "https://global.oup.com/academic/product/an-introduction-to-\
nonlinear-finite-element-analysis-9780199641758?q=An Introduction to \
Nonlinear Finite Element Analysis&lang=en&cc=us#"]}, "Logan2017" -> {
         Association[
         "type" -> "Book", "key" -> "Logan2017", "author" -> "Daryl Logan", 
          "publisher" -> "Cengage Learning", "title" -> 
          "A First Course in the Finite Element Method", "year" -> "2017", 
          "address" -> "Boston, MA", "edition" -> "1st", "isbn" -> 
          "9781305635111", "url" -> 
          "https://www.cengage.com/c/a-first-course-in-the-finite-element-\
method-6e-logan/9781305635111PF/"]}, "Slater1954PR" -> {
         Association[
         "type" -> "Article", "key" -> "Slater1954PR", "author" -> 
          "J. C. Slater and G. F. Koster", "journal" -> "Phys. Rev.", "title" -> 
          "Simplified {LCAO} Method for the Periodic Potential Problem", 
          "year" -> "1954", "pages" -> "1498--1524", "volume" -> "94", "doi" -> 
          "10.1103/physrev.94.1498", "groups" -> "intro, tBLG_ZLMs", 
          "publisher" -> "American Physical Society ({APS})", "timestamp" -> 
          "2021-05-20"]}, "Qiao2007N" -> {
         Association[
         "type" -> "Article", "key" -> "Qiao2007N", "author" -> 
          "Zhenhua Qiao and Jian Wang", "journal" -> "Nanotechnology", 
          "title" -> 
          "A variant transfer matrix method suitable for transport through \
multi-probe systems", "year" -> "2007", "month" -> "oct", "number" -> "43", 
          "pages" -> "435402", "volume" -> "18", "doi" -> 
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                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover["Codecido2019SA", 
                  Style[
                  "Codecido2019SA", FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Codecido2019SA"]}, 1]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Codecido2019SA"]}, "RowHeader", False], "Mouse"], 
              ImageSize -> {{212.8, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["type", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Codecido2019SA"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{44.800000000000004`, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["Article", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Codecido2019SA"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
             Pane[
              Annotation["key", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Codecido2019SA"], 1, 
                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{33.6, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
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              Annotation["Codecido2019SA", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Codecido2019SA"], 1, 
                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover[
                  Superscript["12 total \:203a ", ""], 
                  Style[
                   Superscript["12 total \:203a ", ""], FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Codecido2019SA"], 1}, 2]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Codecido2019SA"], 1}, "Item", False], "Mouse"], 
              ImageMargins -> {{5, 3}, {4, 5}}], BaseStyle -> {{
                RGBColor[
                0.5098039215686274, 0.5098039215686274, 0.5098039215686274], 
                8}, ContextMenu -> {
                 MenuItem["Show 1 More Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    1]& , {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 More Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    5]& , {All, All}]], MenuEvaluator -> Automatic], 
                 Delimiter, 
                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover["Arora2020N", 
                  Style[
                  "Arora2020N", FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Arora2020N"]}, 1]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Arora2020N"]}, "RowHeader", False], "Mouse"], 
              ImageSize -> {{212.8, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["type", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Arora2020N"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{44.800000000000004`, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["Article", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Arora2020N"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
             Pane[
              Annotation["key", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Arora2020N"], 1, 
                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{33.6, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["Arora2020N", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Arora2020N"], 1, 
                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover[
                  Superscript["12 total \:203a ", ""], 
                  Style[
                   Superscript["12 total \:203a ", ""], FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Arora2020N"], 1}, 2]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Arora2020N"], 1}, "Item", False], "Mouse"], 
              ImageMargins -> {{5, 3}, {4, 5}}], BaseStyle -> {{
                RGBColor[
                0.5098039215686274, 0.5098039215686274, 0.5098039215686274], 
                8}, ContextMenu -> {
                 MenuItem["Show 1 More Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    1]& , {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 More Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    5]& , {All, All}]], MenuEvaluator -> Automatic], 
                 Delimiter, 
                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover["Hao2021S", 
                  Style[
                  "Hao2021S", FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Hao2021S"]}, 1]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Hao2021S"]}, "RowHeader", False], "Mouse"], 
              ImageSize -> {{212.8, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["type", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Hao2021S"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{44.800000000000004`, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["Article", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Hao2021S"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
             Pane[
              Annotation["key", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Hao2021S"], 1, 
                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{33.6, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["Hao2021S", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Hao2021S"], 1, 
                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover[
                  Superscript["12 total \:203a ", ""], 
                  Style[
                   Superscript["12 total \:203a ", ""], FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Hao2021S"], 1}, 2]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Hao2021S"], 1}, "Item", False], "Mouse"], 
              ImageMargins -> {{5, 3}, {4, 5}}], BaseStyle -> {{
                RGBColor[
                0.5098039215686274, 0.5098039215686274, 0.5098039215686274], 
                8}, ContextMenu -> {
                 MenuItem["Show 1 More Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    1]& , {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 More Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    5]& , {All, All}]], MenuEvaluator -> Automatic], 
                 Delimiter, 
                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover["Zhou2021N", 
                  Style[
                  "Zhou2021N", FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Zhou2021N"]}, 1]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Zhou2021N"]}, "RowHeader", False], "Mouse"], 
              ImageSize -> {{212.8, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["type", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Zhou2021N"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{44.800000000000004`, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
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            Item[
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              ImageSize -> {{560., Full}, Automatic}, 
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             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
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              ImageSize -> {{33.6, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
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            Item[
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              ImageSize -> {{560., Full}, Automatic}, 
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             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
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              Annotation[
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                If[
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                  TypeSystem`NestedGrid`PackagePrivate`updateState[
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                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Zhou2021N"], 1}, 2]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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              ImageMargins -> {{5, 3}, {4, 5}}], BaseStyle -> {{
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                8}, ContextMenu -> {
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                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    1]& , {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 More Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    5]& , {All, All}]], MenuEvaluator -> Automatic], 
                 Delimiter, 
                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover["Cao2018Na", 
                  Style[
                  "Cao2018Na", FontColor -> 
                   RGBColor[
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                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
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                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Cao2018Na"]}, 1]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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                 Key["Cao2018Na"]}, "RowHeader", False], "Mouse"], 
              ImageSize -> {{212.8, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
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              Annotation["type", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{44.800000000000004`, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
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            Item[
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                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
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              Annotation["key", 
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                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{33.6, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
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              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
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              Annotation[
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                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
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                  TypeSystem`NestedGrid`PackagePrivate`updateState[
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                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Cao2018Na"], 1}, 2]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
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              ImageMargins -> {{5, 3}, {4, 5}}], BaseStyle -> {{
                RGBColor[
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                8}, ContextMenu -> {
                 MenuItem["Show 1 More Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    1]& , {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 More Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    5]& , {All, All}]], MenuEvaluator -> Automatic], 
                 Delimiter, 
                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover["Calderon2020nQM", 
                  Style[
                  "Calderon2020nQM", FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
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                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Calderon2020nQM"]}, 1]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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              ImageSize -> {{212.8, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
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               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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              ImageSize -> {{44.800000000000004`, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
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            Item[
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              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
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                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{33.6, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
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            Item[
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                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
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              Annotation[
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                   RGBColor[
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                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
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                  TypeSystem`NestedGrid`PackagePrivate`updateState[
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                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Calderon2020nQM"], 1}, 2]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
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              ImageMargins -> {{5, 3}, {4, 5}}], BaseStyle -> {{
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                 MenuItem["Show 1 More Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
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                 MenuItem["Show 5 More Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
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                 Delimiter, 
                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover["Zhang2017SA", 
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                If[
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                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
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                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Zhang2017SA"]}, 1]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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              ImageSize -> {{212.8, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
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               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{44.800000000000004`, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
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            Item[
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                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
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                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{33.6, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
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            Item[
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               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
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                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
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              Annotation[
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                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
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                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Zhang2017SA"], 1}, 2]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Zhang2017SA"], 1}, "Item", False], "Mouse"], 
              ImageMargins -> {{5, 3}, {4, 5}}], BaseStyle -> {{
                RGBColor[
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                 MenuItem["Show 1 More Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    1]& , {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 More Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    5]& , {All, All}]], MenuEvaluator -> Automatic], 
                 Delimiter, 
                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover["Jin2019N", 
                  Style[
                  "Jin2019N", FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Jin2019N"]}, 1]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Jin2019N"]}, "RowHeader", False], "Mouse"], 
              ImageSize -> {{212.8, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["type", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Jin2019N"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{44.800000000000004`, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["Article", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Jin2019N"], 1, 
                 Key["type"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
             Pane[
              Annotation["key", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Jin2019N"], 1, 
                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{33.6, Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], Background -> 
             GrayLevel[0.95], Alignment -> {Left, Baseline}], 
            Item[
             Pane[
              Annotation["Jin2019N", 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Jin2019N"], 1, 
                 Key["key"]}, "Item", False], "Mouse"], 
              ImageSize -> {{560., Full}, Automatic}, 
              ImageMargins -> {{5, 3}, {4, 5}}], 
             ItemSize -> {Full, Automatic}]}, {SpanFromAbove, 
            Item[
             Pane[
              Annotation[
               EventHandler[
                MouseAppearance[
                 Mouseover[
                  Superscript["12 total \:203a ", ""], 
                  Style[
                   Superscript["12 total \:203a ", ""], FontColor -> 
                   RGBColor[
                    0.27450980392156865`, 0.5372549019607843, 
                    0.792156862745098]]], "LinkHand"], {"MouseClicked", 1} :> 
                If[
                  TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                  TypeSystem`NestedGrid`PackagePrivate`updateState[
                  TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                   TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                   TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]]][{
                    Key["Jin2019N"], 1}, 2]]], 
               TypeSystem`NestedGrid`PackagePrivate`$SliceMarker[
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                TypeSystem`NestedGrid`PackagePrivate`$outputID$$]][{
                 Key["Jin2019N"], 1}, "Item", False], "Mouse"], 
              ImageMargins -> {{5, 3}, {4, 5}}], BaseStyle -> {{
                RGBColor[
                0.5098039215686274, 0.5098039215686274, 0.5098039215686274], 
                8}, ContextMenu -> {
                 MenuItem["Show 1 More Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    1]& , {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 More Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, 
                    5]& , {All, All}]], MenuEvaluator -> Automatic], 
                 Delimiter, 
                 MenuItem["Show 1 Fewer Row at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -1]& \
, {All, All}]], MenuEvaluator -> Automatic], 
                 MenuItem["Show 5 Fewer Rows at This Level", 
                  KernelExecute[
                   
                   TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimitBy[#, -5]& \
, {All, All}]], MenuEvaluator -> Automatic]}}, Alignment -> {Left, Baseline}, 
             Background -> GrayLevel[0.98]], SpanFromLeft}, {
            Item[
             Deploy[
              Pane[
               Row[{
                 Spacer[2], 
                 Style[
                  Row[{
                    Button[
                    MouseAppearance[
                    Mouseover[
                    Graphics[{{
                    EdgeForm[None], 
                    FaceForm[None], 
                    Rectangle[{0, 0}, {18, 18}, RoundingRadius -> 2]}, 
                    Rotate[
                    Translate[{
                    CapForm[Round], 
                    Line[{{0, 0}, {4, 5}, {8, 0}}], 
                    Line[{{0, 5}, {8, 5}}]}, {5, 6.5}], 0, {9, 9}]}, 
                    ImageSize -> (1 -> 1), ImagePadding -> {{0, 1}, {1, 0}}, 
                    BaselinePosition -> Scaled[0.35], BaseStyle -> 
                    RGBColor[
                    0.5372549019607843, 0.5372549019607843, 
                    0.5372549019607843]], 
                    Graphics[{{
                    EdgeForm[
                    RGBColor[
                    0.27450980392156865`, 0.5411764705882353, 
                    0.796078431372549]], 
                    FaceForm[None], 
                    Rectangle[{0, 0}, {18, 18}, RoundingRadius -> 2]}, 
                    Rotate[
                    Translate[{
                    CapForm[Round], 
                    RGBColor[
                    0.27450980392156865`, 0.5411764705882353, 
                    0.796078431372549], 
                    Line[{{0, 0}, {4, 5}, {8, 0}}], 
                    Line[{{0, 5}, {8, 5}}]}, {5, 6.5}], 0, {9, 9}]}, 
                    ImageSize -> (1 -> 1), ImagePadding -> {{0, 1}, {1, 0}}, 
                    BaselinePosition -> Scaled[0.35]]], "LinkHand"], 
                    If[
                    TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$ = 
                    Clip[TypeSystem`NestedGrid`PackagePrivate`$vPos$$ + (-10) 
                    If[True, 95, 1], {1, 95 - -10 + 1}]; 
                    TypeSystem`NestedGrid`PackagePrivate`updateState[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]], True][
                    TypeSystem`NestedGrid`PackagePrivate`$path$$]], 
                    Appearance -> None], 
                    Button[
                    MouseAppearance[
                    Mouseover[
                    Graphics[{{
                    EdgeForm[None], 
                    FaceForm[None], 
                    Rectangle[{0, 0}, {18, 18}, RoundingRadius -> 2]}, 
                    Rotate[
                    Translate[{
                    CapForm[Round], 
                    Line[{{0, 0}, {4, 5}, {8, 0}}]}, {5, 6.5}], 0, {9, 9}]}, 
                    ImageSize -> (1 -> 1), ImagePadding -> {{0, 1}, {1, 0}}, 
                    BaselinePosition -> Scaled[0.35], BaseStyle -> 
                    RGBColor[
                    0.5372549019607843, 0.5372549019607843, 
                    0.5372549019607843]], 
                    Graphics[{{
                    EdgeForm[
                    RGBColor[
                    0.27450980392156865`, 0.5411764705882353, 
                    0.796078431372549]], 
                    FaceForm[None], 
                    Rectangle[{0, 0}, {18, 18}, RoundingRadius -> 2]}, 
                    Rotate[
                    Translate[{
                    CapForm[Round], 
                    RGBColor[
                    0.27450980392156865`, 0.5411764705882353, 
                    0.796078431372549], 
                    Line[{{0, 0}, {4, 5}, {8, 0}}]}, {5, 6.5}], 0, {9, 9}]}, 
                    ImageSize -> (1 -> 1), ImagePadding -> {{0, 1}, {1, 0}}, 
                    BaselinePosition -> Scaled[0.35]]], "LinkHand"], 
                    If[
                    TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$ = 
                    Clip[TypeSystem`NestedGrid`PackagePrivate`$vPos$$ + (-10) 
                    If[False, 95, 1], {1, 95 - -10 + 1}]; 
                    TypeSystem`NestedGrid`PackagePrivate`updateState[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]], True][
                    TypeSystem`NestedGrid`PackagePrivate`$path$$]], 
                    Appearance -> None], " ", 
                    Style[
                    Mouseover[
                    Style[
                    Row[{"rows ", 1, "\[Dash]", 10, " of ", 
                    Style[95, FontWeight -> Bold]}], FontSize -> 
                    9.333333333333332, FontColor -> 
                    RGBColor[
                    0.5098039215686274, 0.5098039215686274, 
                    0.5098039215686274]], 
                    Style[
                    Row[{"rows ", 1, "\[Dash]", 10, " of ", 
                    Style[95, FontWeight -> Bold]}], FontSize -> 
                    9.333333333333332, FontColor -> 
                    RGBColor[
                    0.5098039215686274, 0.5098039215686274, 
                    0.5098039215686274]]], ContextMenu -> {
                    MenuItem["Hide", 
                    KernelExecute[
                    
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 1, {}]], MenuEvaluator -> Automatic], 
                    MenuItem["Show up to 10 Rows", 
                    KernelExecute[
                    
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 10, {}]], MenuEvaluator -> Automatic], 
                    MenuItem["Show up to 30 Rows", 
                    KernelExecute[
                    
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 30, {}]], MenuEvaluator -> Automatic], 
                    MenuItem["Show up to 100 Rows", 
                    KernelExecute[
                    
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 100, {}]], MenuEvaluator -> Automatic], 
                    MenuItem["Show All", 
                    KernelExecute[
                    
                    TypeSystem`NestedGrid`PackagePrivate`adjustLimits[{
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]}, 
                    "Rows", 100000000, {}]], MenuEvaluator -> Automatic]}], 
                    " ", 
                    Button[
                    MouseAppearance[
                    Mouseover[
                    Graphics[{{
                    EdgeForm[None], 
                    FaceForm[None], 
                    Rectangle[{0, 0}, {18, 18}, RoundingRadius -> 2]}, 
                    Rotate[
                    Translate[{
                    CapForm[Round], 
                    Line[{{0, 0}, {4, 5}, {8, 0}}]}, {5, 6.5}], 180 Degree, {
                    9, 9}]}, ImageSize -> (1 -> 1), 
                    ImagePadding -> {{0, 1}, {1, 0}}, BaselinePosition -> 
                    Scaled[0.35], BaseStyle -> 
                    RGBColor[
                    0.5372549019607843, 0.5372549019607843, 
                    0.5372549019607843]], 
                    Graphics[{{
                    EdgeForm[
                    RGBColor[
                    0.27450980392156865`, 0.5411764705882353, 
                    0.796078431372549]], 
                    FaceForm[None], 
                    Rectangle[{0, 0}, {18, 18}, RoundingRadius -> 2]}, 
                    Rotate[
                    Translate[{
                    CapForm[Round], 
                    RGBColor[
                    0.27450980392156865`, 0.5411764705882353, 
                    0.796078431372549], 
                    Line[{{0, 0}, {4, 5}, {8, 0}}]}, {5, 6.5}], 180 Degree, {
                    9, 9}]}, ImageSize -> (1 -> 1), 
                    ImagePadding -> {{0, 1}, {1, 0}}, BaselinePosition -> 
                    Scaled[0.35]]], "LinkHand"], 
                    If[
                    TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$ = 
                    Clip[TypeSystem`NestedGrid`PackagePrivate`$vPos$$ + 
                    10 If[False, 95, 1], {1, 95 - 10 + 1}]; 
                    TypeSystem`NestedGrid`PackagePrivate`updateState[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]], True][
                    TypeSystem`NestedGrid`PackagePrivate`$path$$]], 
                    Appearance -> None], 
                    Button[
                    MouseAppearance[
                    Mouseover[
                    Graphics[{{
                    EdgeForm[None], 
                    FaceForm[None], 
                    Rectangle[{0, 0}, {18, 18}, RoundingRadius -> 2]}, 
                    Rotate[
                    Translate[{
                    CapForm[Round], 
                    Line[{{0, 0}, {4, 5}, {8, 0}}], 
                    Line[{{0, 5}, {8, 5}}]}, {5, 6.5}], 180 Degree, {9, 9}]}, 
                    ImageSize -> (1 -> 1), ImagePadding -> {{0, 1}, {1, 0}}, 
                    BaselinePosition -> Scaled[0.35], BaseStyle -> 
                    RGBColor[
                    0.5372549019607843, 0.5372549019607843, 
                    0.5372549019607843]], 
                    Graphics[{{
                    EdgeForm[
                    RGBColor[
                    0.27450980392156865`, 0.5411764705882353, 
                    0.796078431372549]], 
                    FaceForm[None], 
                    Rectangle[{0, 0}, {18, 18}, RoundingRadius -> 2]}, 
                    Rotate[
                    Translate[{
                    CapForm[Round], 
                    RGBColor[
                    0.27450980392156865`, 0.5411764705882353, 
                    0.796078431372549], 
                    Line[{{0, 0}, {4, 5}, {8, 0}}], 
                    Line[{{0, 5}, {8, 5}}]}, {5, 6.5}], 180 Degree, {9, 9}]}, 
                    ImageSize -> (1 -> 1), ImagePadding -> {{0, 1}, {1, 0}}, 
                    BaselinePosition -> Scaled[0.35]]], "LinkHand"], 
                    If[
                    TypeSystem`NestedGrid`PackagePrivate`checkInteractivity[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$ = 
                    Clip[TypeSystem`NestedGrid`PackagePrivate`$vPos$$ + 
                    10 If[True, 95, 1], {1, 95 - 10 + 1}]; 
                    TypeSystem`NestedGrid`PackagePrivate`updateState[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$path$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$grid$$, 
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`localHold[
                    TypeSystem`NestedGrid`PackagePrivate`$outputID$$]], True][
                    TypeSystem`NestedGrid`PackagePrivate`$path$$]], 
                    Appearance -> None]}], ContextMenu -> {}]}], 
               ImageMargins -> {{0, -1}, {-1, 1}}]], Background -> 
             RGBColor[
              0.9764705882352941, 0.9764705882352941, 0.9764705882352941], 
             Alignment -> {Left, Top}], SpanFromLeft, SpanFromLeft}}, 
          BaseStyle -> {
           ContextMenu -> 
            Dynamic[TypeSystem`NestedGrid`PackagePrivate`$contextMenuTrigger; 
              Which[TypeSystem`NestedGrid`PackagePrivate`$lastOutputID =!= 
                TypeSystem`NestedGrid`PackagePrivate`localHold[
                 TypeSystem`NestedGrid`PackagePrivate`$outputID$$], {}, 
                TypeSystem`NestedGrid`PackagePrivate`$contextMenuTrigger === 
                TypeSystem`NestedGrid`PackagePrivate`$lastContextMenuTrigger, 
                TypeSystem`NestedGrid`PackagePrivate`$lastContextMenu, True, 
                TypeSystem`NestedGrid`PackagePrivate`$lastContextMenuTrigger = 
                 TypeSystem`NestedGrid`PackagePrivate`$contextMenuTrigger; 
                TypeSystem`NestedGrid`PackagePrivate`$lastContextMenu = 
                 Block[{TypeSystem`NestedGrid`PackagePrivate`$globalScrollPos = \
{TypeSystem`NestedGrid`PackagePrivate`$vPos$$, 
                    TypeSystem`NestedGrid`PackagePrivate`$hPos$$}}, 
                   
                   With[{TypeSystem`NestedGrid`PackagePrivate`lastPath$ = 
                    TypeSystem`NestedGrid`PackagePrivate`$lastPath, 
                    TypeSystem`NestedGrid`PackagePrivate`lastPathType$ = 
                    TypeSystem`NestedGrid`PackagePrivate`$lastPathType, 
                    TypeSystem`NestedGrid`PackagePrivate`isLeafHeader$ = 
                    TypeSystem`NestedGrid`PackagePrivate`$\
lastPathIsLeafHeader, TypeSystem`NestedGrid`PackagePrivate`headerHidden$ = And[
                    MatchQ[TypeSystem`NestedGrid`PackagePrivate`$lastPathType, 
                    Alternatives["RowHeader", "ColumnHeader"]], 
                    TypeSystem`NestedGrid`PackagePrivate`headerHiddenQ[
                    TypeSystem`NestedGrid`PackagePrivate`$lastPath, 
                    TypeSystem`NestedGrid`PackagePrivate`$state$$]], 
                    TypeSystem`NestedGrid`PackagePrivate`allHidden$ = 
                    TypeSystem`NestedGrid`PackagePrivate`allHiddenQ[
                    TypeSystem`NestedGrid`PackagePrivate`$lastPath, 
                    TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                    TypeSystem`NestedGrid`PackagePrivate`anyHidden$ = 
                    TypeSystem`NestedGrid`PackagePrivate`anyHiddenQ[
                    TypeSystem`NestedGrid`PackagePrivate`$lastPath, 
                    TypeSystem`NestedGrid`PackagePrivate`$state$$], 
                    TypeSystem`NestedGrid`PackagePrivate`sortDirection$ = 
                    TypeSystem`NestedGrid`PackagePrivate`columnSortDirection[
                    TypeSystem`NestedGrid`PackagePrivate`$lastPath, 
                    TypeSystem`NestedGrid`PackagePrivate`$state$$[
                    "SortPaths"], 
                    TypeSystem`NestedGrid`PackagePrivate`$state$$[
                    "SortDirections"]], 
                    TypeSystem`NestedGrid`PackagePrivate`haveData$ = Not[
                    FailureQ[
                    TypeSystem`NestedGrid`PackagePrivate`datasetInitialData[
                    TypeSystem`NestedGrid`PackagePrivate`$state$$]]], 
                    TypeSystem`NestedGrid`PackagePrivate`isKeyDummy$ = Not[
                    FreeQ[
                    TypeSystem`NestedGrid`PackagePrivate`$lastPath, Keys]]}, 
                    Join[{
                    If[
                    Or[
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