Breakdown Of Ergodicity In Isolated Quantum Systems: From Glassiness To LocalizationMay, 20 2019 - Jul, 12 2019
Apply (deadline: Jan, 31 2019 )
B. Altshuler (Columbia University) V. Kravtsov (Landau Institute, Moscow and ICTP) C. Laumann (Boston University) G. Parisi (La Sapienza Universita' di Roma and INFN) A. Scardicchio (ICTP and INFN)
Filippo Colomo (INFN Firenze)
Ergodicity breaking in Quantum Physics (Conference) - Jun, 03 2019
Glassy aspects of classical and quantum computation (Focus Week) - Jul, 01 2019
This workshop aims to investigate the fundamental role of quantum effects in suppressing or slowing down equilibration in large systems. Tunneling and localization play a central role in shaping the dynamics of systems ranging from spin and structural glasses to quantum simulators and lattice gauge theories. In particular, many-body localization has recently emerged as a fundamentally new mechanism by which isolated quantum systems may evade equilibration even at very high temperature. The workshop will bring together researchers at the intersection of all these fields in order to stimulate the rapid development and cross-fertilization of these ideas.
- Many-body quantum systems: thermalization and non-equilibrium.
- Disordered systems: classical and quantum spin glasses.
- Statistical mechanics and quantum computation.
Schedule 20/5-25/5: 1st Week 27/5-31/5 2nd Week 3/6-7/6 Conference 10/6-15/6: 4th Week 17/6-22/6: 5th Week 24/6-28/6: 6st Week 1/7-5/7: Focus week 8/7-13/7: 8th and last week