Accueil du site > Annuaire > Alet Fabien
Directeur de recherche - CNRS
Directeur Adjoint / Deputy Director LPT
Contact : fabien.alet@cnrs.fr
Address :
Laboratoire de Physique Théorique
Université Paul Sabatier
118 Route de Narbonne
31062 Toulouse Cedex 4
France
Office : 203 (2nd floor) (new) Bâtiment 3R1B4
Phone : +33 (0)5 61 55 68 69 new
Fax : +33 (0)5 61 55 60 65
My research interests are centered within condensed matter theory & statistical mechanics, in particular in the area of strongly correlated systems. A few research themes :
Quantum physics
Condensed Matter Theory, Quantum magnetism, Superconductors, Cold atoms
Many-body localization, out of equilibrium quantum physics
Neural networks & quantum physics
Statistical mechanics & constrained models
High-performance computational physics, numerical techniques
Relation to quantum information theory
Participation to open-source projects and softwares : ALPS project (quantum Monte Carlo code SSE), Shift-invert Many Body Localization, NetKet
NEW
M2 internship (2023) & PhD (2023) in theoretical physics available on Numerical simulations of Rydberg atom arrays, co-directed with Sylvain Capponi Contact me and Sylvain Capponi
NEW
Stage M2 (2023) & thèse (2023) en physique théorique sur la Simulation numérique de réseaux d’atomes des Rydberg, avec Sylvain Capponi Contact et Sylvain Capponi
Stage M2 physique théorique, physique quantique, matière condensée, physique statistique, physique numérique : me contacter
Internship M.Sc in Theoretical physics, Condensed Matter Physics, Diploma thesis in Theoretical physics, Condensed Matter Physics, Computational physics : contact me
Links to publications databasis Arxiv,
Citation data basis : Researcher ID A-4147-2011 (published work), ADS (including preprints), Google Scholar (including preprints)
Recent publications
3 lectures on Many-Body Localization, Hong Kong Computational and Theoretical Physics Study Group 2023, March 2023, poster, slides, references, tutorials
Probing for Many-Body Localization in 2d disordered constrained systems, (Physics of Quantum Information Technology Group, Chengdu, December 2022, slides and references)
Lecture on Numerics for Many Body Localization models, School on Wave Localization & Many-Body Localization in Quantum Information, (IESC Cargese, October 2022, slides)
Re-entrance effect in the high-temperature critical phase of the quantum dimer model on the square lattice, Indo-French workshop Novel Phases of Matter in Frustrated Magnets, (Bordeaux, October 2022, slides and poster)
2 topics on disordered quantum many-body systems, Broken ergodicity and localisation in quantum many-body systems Mini-colloquium, CMD29 European Physical Society Conference, Invited talk (Manchester, 24th August 2022, slides and references)
A few applications of machine learning in condensed matter physics,
Conférence plénière 2022 GDR MEETICC (Ax les thernes, June 2022, slides and references)
Localisation à N corps : introduction et questions ouvertes,
70(+1) anniversary of the Les Houches Physics School (Les Houches, May 2022, video)
Interior eigenvalue problem for localisable quantum lattice models in condensed matter,
Numerical Methods in
Theoretical Physics (APCTP Pohang, Korea, May 2022, slides and references)
Organization, School on Machine Learning for Quantum Many-Body Physics, (Toulouse, April 2022)
Lecture on Many-Body localization,
International Max Planck Research School for "Many-Particle Systems in Structured Environments" (Dresden, March 2022, slides and references)
Applications of machine learning in quantum condensed matter, Journées Prospectives du Réseau Français de Chimie Théorique (Montpellier, Nov 2021, slides)