Ivan Khaymovich is Nordita Assistant professor in Theoretical Condensed Matter Physics since May 2022, with focus on Ergodicity Breaking and Localization.

Ivan's main research areas are:

• Non-ergodic phases of matter, their applications to machine learning and quantum memory
• Relations between entanglement and multifractality
• Deviations from ergodicity in quantum many-body systems
• Interplay of correlations and localization in long-range disordered systems
• Quantum dynamics of superconducting topological systems: Higgs modes and braiding of Majorana modes
• Correlation-induced localization in long-range disordered systems
• Non-ergodic phases of matter
• Relations between entanglement and multifractality
• Correlation-induced localization in long-range disordered systems
• Deviations from ergodicity in quantum many-body systems

Some additional keywords: Many-body localization, Anderson localization, multifractality, eigenstate thermalization hypothesis, entanglement entropy, fractal dimensions, weak ergodicity, induced superconductivity, Majorana fermions, Maxwell's Demon, Higgs modes, matrix-inversion trick, correlation-induced localization, translation-invariant hopping, Euclidean random matrices, Hilbert space blockade, super-ETH scaling, large deviation principle.