Lecture by prof. E. Demler (ETH) on the Hubbard model on the optical lattices
2023-06-12
As part of the "Distinguished Lectures on Complex Systems and Quantum Physics" this Friday prof. Eugene Demler (ETH Zurich) will give a lecture on the the Hubbard model on the optical lattices. Although the Hubbard model is probably the most studied model in quantum many-body physics, it can neither be solved exactly in dimensions higher than one nor it can be easily simulated numerically or using a condensed matter system. Thus, the recent optical lattice simulations of the Hubbard model have become a game-changer in the field, as will be discussed in the talk by prof. E. Demler on Friday (June 16) at 12:15 in room 0.03a:
"Quantum simulations: from the Fermi Hubbard model to quantum assisted NMR inference"
Abstract:
I will discuss recent progress of optical lattice emulators of the Fermi Hubbard model, specifically the new availability of snapshots of many-body states with single particle resolution. I will review new insights from these experiments on the properties of doped Mott insulators, including the demonstration of magnetically mediated pairing. I will also present the idea of using quantum simulators to perform inference of NMR spectra for biological molecules.