Exploring low-energy landscape of quasi-one-dimensional conductors by heat relaxation and magnetic field (CROSBI ID 156921)
Prilog u časopisu | pregledni rad (znanstveni) | međunarodna recenzija
Podaci o odgovornosti
Biljaković, Katica ; Lasjaunias, Jean-Claude ; Melin, Regis ; Monceau, Pierre ; Remenyi, Gyorgy ; Sahling, Sven ; Starešinić, Damir
engleski
Exploring low-energy landscape of quasi-one-dimensional conductors by heat relaxation and magnetic field
Modulated charge or spin superstructures of organic quasi-one-dimensional conductors exhibit specific low-energy excitations (LEE) at very low temperatures due to metastable states caused by strong pinning centers. These phase excitations (soliton-like topological defects) demonstrate rich and unexpected properties in a magnetic field, due to their magnetic moments. We discuss mainly on the dynamical aspects related to the non-equilibrium phenomena measured in heat relaxation below 1K.
density waves; thermodynamics; glassy dynamics; relaxation; magnetic field
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