PtPb3Bi is a quasi-1D material that becomes a type-II superconductor below 3 K with an isotropic s-wave gap, shows a CDW transition at 280 K, and has nontrivial electronic topology.
Monceau, Electronic crystals: an experimental overview, Adv
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Survey of vibrational modes in BEDT-TTF conductors finds clear charge-frequency shifts (141 cm^{-1}/e and 98 cm^{-1}/e) yet ~20 cm^{-1} scatter that limits absolute site-charge accuracy to roughly ±0.045 e.
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Discovery of Quasi One Dimensional Superconductivity in PtPb3Bi
PtPb3Bi is a quasi-1D material that becomes a type-II superconductor below 3 K with an isotropic s-wave gap, shows a CDW transition at 280 K, and has nontrivial electronic topology.
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Charge-sensitive vibrational modes in BEDT-TTF salts: Signatures of charge ordering and site charge
Survey of vibrational modes in BEDT-TTF conductors finds clear charge-frequency shifts (141 cm^{-1}/e and 98 cm^{-1}/e) yet ~20 cm^{-1} scatter that limits absolute site-charge accuracy to roughly ±0.045 e.
- Intrinsic Floquet Generation and $1/I$ Quantum Oscillations in a Sliding Charge-Density Wave