Alkali-metal intercalation in bilayer PdTe2 raises Tc to 13.5 K with two-dome-like evolution and drives a two-gap to single-gap transition via interlayer expansion.
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VSn is predicted as a 1:1 kagome metal exhibiting intertwined CDW order, anti-dome superconductivity, and persistent topological states.
Machine learning interatomic potentials fine-tuned on first-principles relaxation data accurately reproduce phonon spectra and optical lineshapes for defects, matching explicit calculations and experiments.
Negatively charged N_Si V_N centers in C1h symmetry and their pseudo-Jahn-Teller distorted forms in silicon nitride produce polarized ZPL emissions at 2.46 eV and 1.80 eV with Debye-Waller factors of 33% and 41%.
Y3Cu2Sb3O14 shows no long-range order to 0.077 K, with NMR anomaly at 120 K attributed to partial VBS and muon data indicating QSL below 1 K driven by antiferromagnetic frustration.
citing papers explorer
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Two-gap to Single-gap Transition and Two-dome-like Superconductivity in Alkali-Metal Intercalated Bilayer PdTe2
Alkali-metal intercalation in bilayer PdTe2 raises Tc to 13.5 K with two-dome-like evolution and drives a two-gap to single-gap transition via interlayer expansion.
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Intertwined charge density wave, tunable anti-dome superconductivity, and topological states in kagome metal VSn
VSn is predicted as a 1:1 kagome metal exhibiting intertwined CDW order, anti-dome superconductivity, and persistent topological states.
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Machine Learning Phonon Spectra for Fast and Accurate Optical Lineshapes of Defects
Machine learning interatomic potentials fine-tuned on first-principles relaxation data accurately reproduce phonon spectra and optical lineshapes for defects, matching explicit calculations and experiments.
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Origin of Bright Quantum Emissions with High Debye-Waller factor in Silicon Nitride
Negatively charged N_Si V_N centers in C1h symmetry and their pseudo-Jahn-Teller distorted forms in silicon nitride produce polarized ZPL emissions at 2.46 eV and 1.80 eV with Debye-Waller factors of 33% and 41%.
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Novel Quantum Spin Liquid States in the $S = {\frac{1}{2}}$ Three-Dimensional Compound Y$_{3}$Cu$_{2}$Sb$_{3}$O$_{14}$
Y3Cu2Sb3O14 shows no long-range order to 0.077 K, with NMR anomaly at 120 K attributed to partial VBS and muon data indicating QSL below 1 K driven by antiferromagnetic frustration.