WP2 Superfluid-insulator transitions

Lead participant: LENS

Objectives: Simulate transport and localization in disordered, interacting superfluids and superconductors, to identify superfluid-insulator transitions at temperatures close to zero. Realize strongly-correlated magnetic phases via a novel quantum synthesis approach. An overall goal is to provide benchmarks for the allowed levels of disorder and interactions in conductors and superconductors.


  1. Transport in low dimensions
  2. Superfluid-insulator transitions for dirty bosons
  3. Fermionic superconductivity in disorder
  4. Quantum-synthesis approach to exotic many-body states


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