A phenomenological model maps TDGL dynamics of the V2O3 Mott transition onto a disorder-influenced Imry-Wortis landscape to derive a universal condition for kinetic arrest due to epitaxial clamping, resulting in a structurally arrested 'Mott-Glass' state.
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Kinetic Arrest of a First Order Phase Transition
A phenomenological model maps TDGL dynamics of the V2O3 Mott transition onto a disorder-influenced Imry-Wortis landscape to derive a universal condition for kinetic arrest due to epitaxial clamping, resulting in a structurally arrested 'Mott-Glass' state.