Antoine Georges Annual summaries Quantum Condensed Matter Physics Annual summaries Chair menu The chair Biography and publications Public lectures Guest lecturers Annual summaries Team and contact Audios and videos News Podcasts / RSS Apple Podcast Spotify Flux RSS Podcast News RSS Audio-visual RSS Share Facebook Linkedin Copy url
The chair Biography and publications Public lectures Guest lecturers Annual summaries Team and contact Audios and videos News Professor's lectures and seminars summaries 2020-2021 - The Hubbard fermionic model: introduction and recent advances Digital publishing (OpenEdition) Download PDF pdf (1.33 MB) 2019-2020 - Readings not held this year due to Covid-19 situation Digital publishing (OpenEdition) Download PDF pdf (603.28 KB) 2018-2019 - Interacting fermions: introduction to dynamic mean field theory Digital publishing (OpenEdition) Download PDF pdf (605.59 KB) 2017-2018 - No lectures this year Digital publishing (OpenEdition) Download PDF pdf (576.11 KB) 2016-2017 - Controlling oxide functionalities: heterostructures, light pulses Digital publishing (OpenEdition) Download PDF pdf (550.18 KB) 2015-2016 - No lectures this year Digital publishing (OpenEdition) Download PDF pdf (151.57 KB) 2014-2015 - Quantum engineering of materials and devices with high electronic correlations Digital publishing (OpenEdition) Download PDF pdf (110.11 KB) 2013-2014 - Small thermoelectric systems: mesoscopic conductors and cold atom gases Digital publishing (OpenEdition) Download PDF pdf (109.02 KB) 2012-2013 - Thermoelectricity: concepts, materials and energy issues Digital publishing (OpenEdition) Download PDF pdf (200.24 KB) 2011-2012 - Electronic correlations and transport in 4d oxides and superconducting iron compounds: Hund rather than Mott, Drude rather than Landau Digital publishing (OpenEdition) Download PDF pdf (116.44 KB) 2010-2011 - Where do we stand with superconducting cuprates? Digital publishing (OpenEdition) Download PDF pdf (136 KB) 2009-2010 - From superconducting oxides to cold atoms: matter with strong quantum correlations Download PDF pdf (266.25 KB)