- All the talks will take place in the Amphithéâtre Marguerite Perey in building 01 on the 4th floor, Campus Cronenbourg, see the map in Practical Info.
- The program and the abstracts of all talks, as well as some additional useful information, can be found in our practical booklet (will be updated regularly).
Wednesday February 5
Time | Speaker | Title |
---|---|---|
11h30-12h00 | Welcome (in the conference room) | |
12h00-14h00 | Lunch | |
14h00-15h00 | Clement Tauber | Mini-course I: An overview on topological matter |
15h00-15h15 | Pause | |
15h15-16h00 | Clement Tauber | Mini-course II: An overview on topological matter |
16h00-16h45 | Nicolas Besset | The charged Klein-Gordon equation in the exterior De Sitter-Reissner-Nordström spacetime |
16h45-17h15 | Coffee | |
17h15-18h15 | Pierre Delplace | Topological Aspects of Scattering Networks |
Thursday February 6
Time | Speaker | Title |
---|---|---|
9h00-10h00 | Thomas Ebbesen | New Properties of Matter in the Strong Coupling Regime |
10h00-10h30 | Coffee | |
10h30-11h15 | Duc Tho Nguyen | Classical and semi-classical analysis of magnetic fields in two dimensions |
11h15-12h00 | Clement Tauber | Topology of shallow-water waves |
12h00-12h30 | Presentation of a few journals and discussion around publishing policies | |
12h30-14h30 | Lunch | |
14h30-15h30 | Géraldine Haack | Generating quantum correlations from thermal resources: entanglement engines |
15h30-16h30 | Svetlana Jitomirskaya | Fractal properties of the Hofstadter’s butterfly and singular continuous spectrum of the critical almost Mathieu operator |
19h30 | Conference dinner | |
Friday February 7
Time | Speaker | Title |
---|---|---|
9h00-10h00 | Denis Basko | Superradiant quantum phase transition as a paramagnetic instability |
10h00-10h30 | Coffee | |
10h30-11h15 | David Hagenmüller | Shaping electronic properties with the electro- magnetic vacuum |
11h15-12h00 | Alix Deleporte | Spin systems and Toeplitz quantization |
12h00-14h00 | Lunch | |
14h00-14h45 | Benjamin Alvarez | Scattering theory for mathematical models of the weak interaction |
14h45-15h45 | Clotilde Fermanian Kammerer | Semiclassical analysis and numerical methods for quantum chemistry |