Particle doping of the triangular Hubbard model yields a Nagaoka supermetal whose anomalous transport and thermodynamic properties arise from a power-law divergent density of states at a higher-order Van Hove singularity.
Coleman, Introduction to Many-Body Physics (Cam- bridge University Press, 2015)
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Hybridization of Machida-Shibata states under small on-site repulsion produces DIII topological superconductivity with Kramers Majorana pairs in chains and helical edge modes in 2D lattices.
NCL crystals exhibit boson-peak-like glassy anomalies from low-energy optical phonons and anomalous linear-T resistivity explained by electron scattering off overdamped phonons.
citing papers explorer
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Nagaoka supermetal in the particle-doped triangular Hubbard model
Particle doping of the triangular Hubbard model yields a Nagaoka supermetal whose anomalous transport and thermodynamic properties arise from a power-law divergent density of states at a higher-order Van Hove singularity.
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Time-reversal symmetric topological superconductivity in Machida-Shibata lattices
Hybridization of Machida-Shibata states under small on-site repulsion produces DIII topological superconductivity with Kramers Majorana pairs in chains and helical edge modes in 2D lattices.
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Glass-like anomalies and unconventional thermoelectric transport in chimney ladder crystals
NCL crystals exhibit boson-peak-like glassy anomalies from low-energy optical phonons and anomalous linear-T resistivity explained by electron scattering off overdamped phonons.