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Polarization Induced Quantum Confinement of Negative Charge Carriers by Organic Nanoporous Frameworks

By Ritaj Tyagi and Vamsee Voora at
LogoTata Institute of Fundamental Research
and
LogoTata Institute of Fundamental Research
We characterize the attachment of excess-electrons to organic nanoporous systems including molecular nanohoops and models of covalent organic frameworks (COFs) using many-body methods. \emph{All} the nanopore systems exhibit diffuse electronic states where the excess-electron is bound to the molecular scaffold via long-range polarization forces, and the excess-electron is predominantly localized... Show more
October 30, 2024
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Polarization Induced Quantum Confinement of Negative Charge Carriers by Organic Nanoporous Frameworks
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