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Professor Kastner’s group is studying the motion of electrons in nanometer-size semiconductor structures, in which the motion of electrons is highly correlated. In simple metals and semiconductors, like Aluminum and Silicon, each electron moves as though it were independent of all the others. The Coulomb interactions of the other electrons creates an average potential that changes things like the electron’s effective mass, but for the most part, a single-electron picture is adequate.
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Steven J. Tran, Jan-Lucas Uslu, Mihir Pendharkar, Joe Finney,Aaron L. Sharpe, Marisa Hocking, Nathan J. Bittner,Kenji Watanabe,Takashi Taniguchi,Marc A. Kastner,Andrew J. Mannix,David Goldhaber-Gordon
arxiv(2024)
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Mihir Pendharkar,Steven J Tran, Gregory Zaborski,Joe Finney,Aaron L Sharpe, Rupini V Kamat,Sandesh S Kalantre, Marisa Hocking, Nathan J Bittner,Kenji Watanabe,Takashi Taniguchi,Bede Pittenger,
Proceedings of the National Academy of Sciences of the United States of Americano. 10 (2024): e2314083121-e2314083121
Rupini V. Kamat,Aaron L. Sharpe, Mihir Pendharkar,Jenny Hu, Steven J. Tran, Gregory Zaborski Jr., Marisa Hocking,Joe Finney,Kenji Watanabe,Takashi Taniguchi,Marc A. Kastner,Andrew J. Mannix,
arxiv(2024)
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Nature Electronicsno. 6 (2023): 417-424
arXiv (Cornell University)no. 24 (2023)
arXiv (Cornell University)no. 23 (2023): 10802-10810
Proposed for presentation at the Capri spring school on transport in nanostructures held May 8-15, 2022 in Capri, Italy (2022)
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