Energy Landscape of Charge Excitations in Boundary Region between Dimer-Mott and Charge Order State in Molecular Solids
arXiv:1705.02599 · doi:10.7566/JPSJ.86.123706
Abstract
A possible theoretical scheme is proposed for the unified description of charge excitations with orders of magnitude difference in energy [from optical(eV) down to dielectric anomalies (10KHzeV)] based on a simple and single model.
arXiv comment4 pages, 3 figures
References in corpus (9)
- Anomalous dielectric response in the dimer Mott insulator -(BEDT-TTF)Cu(CN)
- Imaging phase separation near the Mott boundary in the correlated organic superconductors -(BEDT-TTF)X
- Lattice vibrations of the charge-transfer salt -(BEDT-TTF)Cu(CN): novel interpretation of the electrodynamic response in a spin-liquid compound
- Real space imaging of the metal - insulator phase separation in the band width controlled organic Mott system -(BEDT-TTF)Cu[N(CN)]Br
- Crossover from Quarter-Filling to Half-Filling in a One-Dimensional Electron System with a Dimerized and Quarter-Filled Band
- Relaxor ferroelectricity induced by electron correlations in a molecular dimer Mott insulator
- Inter-Band Effects of Magnetic Field on Hall Conductivity in Multi Layered Massless Dirac Fermion System -(BEDT-TTF)I
- Collective Charge Excitation in a Dimer Mott Insulating System
- Charge Excitations in Doped Mott Insulator in One Dimension
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- Importance of van der Waals interactions and cation-anion coupling in an organic quantum spin liquid
- AC magnetic response of highly nonlinear soliton lattice in a monoaxial chiral helimagnet
- Theory of Phason Drag Effect on Thermoelectricity
- Charge glass in an extended dimer Hubbard model