CORDIS Project
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This project seeks to establish a theoretical framework for non-ergodic quantum matter, which avoids thermal equilibrium. It explores the properties and dynamics of these systems, aiming to leverage them for advancements in quantum information processing.
In this project we propose to build the theory of non-ergodic quantum matter – isolated quantum systems that avoid thermal equilibrium.
To this end, we will study the established non-ergodic phases, search for new phases, and seek to understand their common properties and dynamics.
Recently non-ergodic systems that avoid the fate of thermal equilibrium were realized experimentally in quantum simulators.
Specific examples include many-body localized phases, glassy and kinetically constrained mode…
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