New Spin on Metal-Insulator Transitions

• Övriga skapare: Pustogow, Andrej (Utgivare, redaktör, sammanställare)
• Materialtyp: Elektronisk Bokavsnitt
• Språk: engelska
• Publicerad: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
• Ämnen: Technology: general issues; History of engineering & technology; Energy industries & utilities; strongly correlated systems; organic conductors; relaxor-ferroelectrics; dielectric spectroscopy; infrared spectroscopy; disordered systems; metal insulator transition; Anderson localization; random disorder; typical medium theory; dynamical mean field theory; coherent potential approximation; dynamical cluster approximation; cellular dynamical mean field theory; cluster mean field theory; FFLO; organic superconductor; penetration depth measurement; resistance; FFLO phase; vortex dynamics; charge-transfer salts; (TMTTF)2X; Fabre salts; charge order; strongly correlated electron systems; extended Hubbard model; bandwidth tuning; partial chemical substitution; negative chemical pressure; phase transitions; metal-insulator transitions; optical conductivity; vibrational spectroscopy; FTIR; strong electron correlations; heat capacity; Mott transition; charge-transfer solid crystals; two-dimensional metal; carrier localization; negative magnetoresistance; phase coherence length; organic conductor; Mott insulator; electric double-layer transistor; uniaxial strain; molecular conductors; quantum spin liquid; thermal conductivity; cooling rate; electrical resistivity; low-temperature crystal structure; 13C-NMR; heavy fermion compounds; strange metals; Planckian dissipation; quantum criticality; Kondo destruction; superconductivity; nickelates; molecular conductor; manganites; colossal magnetoresistance; metal-insulator transition; grain size; variable range hopping; core-shell model; strongly correlated electrons; charge glass; charge crystal; geometrical frustration; organics; charge density wave; spin density wave; spin liquid; FFLO state; materials database; data science; resistivity maxima; dielectric response; dilute 2DEGs; Mott organics; twisted transition-metal dichalcogenide bilayers; percolation theory; spinon theory; anderson localization; neural network; quantum impurity solver; Anderson impurity; organic charge-transfer salts; magnetic exchange beyond Heisenberg; intra-dimer charge and spin degrees of freedom; electron-lattice coupling; disorder; n/a
• Länkar: DOAB: download the publication; DOAB: description of the publication

Metal‒insulator transitions (MITs) constitute a core subject of fundamental condensed matter research. The localization of conduction electrons occurs in a large variety of materials and engenders intriguing quantum phenomena such as unconventional superconductivity and exotic magnetism. Nearby an M...