Wave Localization and Many-Body Localization in Quantum Information - 2022

Dans cette catégorie : Electronic States and Phases Induced by Electric or Optical Impacts. IMPACT 2024 | Energy, information and Evolution in Biology - 2024 | Summer school Structure & Mechanics of Soft Matter Systems: from fundamentals to Foods - 2024 | Complex and glassy systems - 2024 | Passive Imaging and Monitoring in Wave Physics: From Seismology to Ultrasound - 2024 | Southern Ocean and its Central Role for Climate - 2024 | Waves and sea state in the earth system (WISE) - 2024 | Wave propagation and control in complex media - 2024 | Biomedical Imaging School 2023 | GDR-HEA Alliages hautes entropie - 2023 | Quantum many-body systems out of equilibrium - 2023 | International School of Oxide Electronics 2023 (ISOE 2023) | Bridging Classical and Quantum Turbulence - 2023 | 2nd Advanced Summer School on Mathematical Fluids Dynamics - 2023 | Interfreeze : Freezing and Interfaces - 2023 | Wave propagation and control in complex media - From spatial to temporal degrees of freedom 2022 | Soft materials: from macromolecular building block's to soft matter physics and mechanics of solids - 2022 | Passive imaging and monitoring in wave physics: from seismology to ultrasound - 2022 | Numerical Wildfire 2021 | International School of Oxide Electronics 2021 (ISOE 2021) | Les 60 (+1 an) de l'Institut d'Etudes Scientifiques de Cargèse - 2021 | Clean and Desordered out of Equilibrium : Interplay Classical and Quantum Dynamics - 2020 | Imaging in wave physics : multi-wave and large sensor network - 2019 | Emergent phenomena in quantum matter - Epiqur2019 |

Beyond many-body localization : Prethermalization and quantum scars - Dimitry Abanin
Many-body localization and entanglement in quantum many-body systems - Dimitry Abanin
Simulations of many-body localizable (MBL) lattices models - Fabien Alet
Localization of Dirac & Majorana Fermions - Carlo Beenaker
Localization landscape for Dirac & Majorana fermions - Carlo Beenaker
Quantum simulation using ultracold atoms in optical lattices - Immanuel Bloch
Experimental probes of many body localization using ultracold atoms - Immanuel Bloch
Disorder and interactions - Thierry Giamarchi
Exploring the 3D Anderson transition with ultracold atoms - Vincent Josse
Localization landscapes for 2D (microwave) lattices - Fabrice Mortessagne
Integrals of motion in (many-body) localization - Valentina Ros
Philip Anderson and the theory of white paint revisited - Bart van Tiggelen
Trapped strongly correlated systems - Ultracord linelands - Patrizia Vignolo
Quantum boomerang effect - Patrizia Vignolo