Quantum valence bond ice theory for proton-driven quantum spin-dipole liquids

18 Sep 2020 Yamada Masahiko G. Tada Yasuhiro

We present a theory of a hybrid quantum liquid state, $\textit{quantum spin-dipole liquid}$ (QSDL), in a hydrogen-bonded electron system, by combining a quantum proton ice and Anderson's resonating valence bond spin liquid theory, motivated by the recent experimental discovery of a quantum spin liquid with proton fluctuations in $\kappa$-H$_3$(Cat-EDT-TTF)$_2$ (a.k.a. H-Cat)... (read more)

PDF Abstract
No code implementations yet. Submit your code now

Categories


  • STRONGLY CORRELATED ELECTRONS
  • MATERIALS SCIENCE
  • STATISTICAL MECHANICS
  • QUANTUM PHYSICS