In top-contacted 2D semiconductors the measured Schottky barrier is a nonlocal edge response to nearby channel defects, producing metal-dependent SBH swings of hundreds of meV that match DFT and experimental spreads.
Schuler , author D
2 Pith papers cite this work, alongside 203 external citations. Polarity classification is still indexing.
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Artificial atoms in a gapped 2D vacuum exhibit s and p orbitals plus novel quasi-1D localized states with no real-atom counterparts.
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Nonlocal Electrostatic Origin of Schottky-Barrier Variability in 2D Contacts
In top-contacted 2D semiconductors the measured Schottky barrier is a nonlocal edge response to nearby channel defects, producing metal-dependent SBH swings of hundreds of meV that match DFT and experimental spreads.
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Orbitals of Artificial Atoms in a Gapped Two-Dimensional Vacuum
Artificial atoms in a gapped 2D vacuum exhibit s and p orbitals plus novel quasi-1D localized states with no real-atom counterparts.