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- W2020238133 abstract "Using electron tunneling, we report the first direct spectroscopic measurement of the Coulomb correlation gap in the density of states $N(ensuremath{varepsilon})$ of a nonmetallic doped semiconductor Si: B. In agreement with analytic models, $N(ensuremath{varepsilon})$ is found to have a nearly parabolic energy dependence, resulting in a soft zero at the Fermi energy, with a gap width ensuremath{approx}0.75 meV. Resistivity measurements show that this energy governs the observed crossover temperature between noninteracting and correlated hopping transport." @default.
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- W2020238133 title "Direct Observation of the Coulomb Correlation Gap in a Nonmetallic Semiconductor, Si: B" @default.
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- W2020238133 doi "https://doi.org/10.1103/physrevlett.75.4266" @default.
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