Ayd\u0131n Cem Keser
\nCSIRO, Sydney, Australia<\/p>\n
“Nonlinearity and Randomness in Many-Body Physics: Insights and Practical Applications”<\/p>\n
Abstract<\/p>\n
Many-body physics is a rich field that connects diverse topics ranging from fundamental interactions to condensed matter physics and its engineering applications. Many-body theory is generally formulated in a linear framework. Nevertheless, randomness and strong nonlinearities are crucial aspects. I will present three case studies characterized by these aspects. First, I will revisit nonlinear quantum electrodynamics with applications to solids. Second, I will discuss hydrodynamics and its applications in electron transport theory. If time permits, I will explore nonlinear coupled oscillators in the context of inference and inverse problems, with applications in machine learning.<\/p>\n
Date: June 10, 2024 Monday
\nTime: 14:30
\nPlace: SA-240<\/p>\n
All interested are cordially invited.<\/p>\n","protected":false},"excerpt":{"rendered":"
Ayd\u0131n Cem Keser CSIRO, Sydney, Australia “Nonlinearity and Randomness in Many-Body Physics: Insights and Practical Applications” Abstract Many-body physics is a rich field that connects diverse topics ranging from fundamental interactions to condensed matter physics and its engineering applications. Many-body theory is generally formulated in a linear framework. Nevertheless, randomness [\u2026] <\/p>\n