SEMINAR+WEBINAR ANNOUNCEMENT
“From Moiré Materials to Atomic Simulators: Modeling and Probing Quantum Matter”
- https://fa.upc.edu/en/events/seminar-webinar-announcement-16
- SEMINAR+WEBINAR ANNOUNCEMENT
- 2026-10-05T12:00:00+02:00
- 2026-10-05T14:00:00+02:00
- “From Moiré Materials to Atomic Simulators: Modeling and Probing Quantum Matter”
Oct 05, 2026 from 12:00 PM to 02:00 PM (Europe/Madrid / UTC200)
SEMINAR+WEBINAR ANNOUNCEMENT
Monday, 5th of October 2026 at 12:00
UPC campus nord, B4-212 (aula seminari)
https://meet.google.com/whq-mkve-aja
Ivan Morera
Institute for Theoretical Physics, ETH Zürich, Switzerland
“From Moiré Materials to Atomic Simulators: Modeling and Probing Quantum Matter”
Abstract
Advances in the fabrication and manipulation of two-dimensional quantum materials and simulators offer new avenues to explore the quantum many-body problem. In this talk, I will use two complementary platforms to examine how strongly correlated behavior emerges and how we can probe it. I will begin with semiconductor moiré materials, whose tunability has opened access to new regimes of quantum magnetism. To predict the behavior of these materials from realistic microscopic models, I will show how advances in machine learning, particularly neural quantum states combined with variational Monte Carlo, enable simulations on classical computers. I will then turn to ultracold atoms, whose precise experimental control provides a complementary setting for realizing related phenomena and developing new spectroscopic probes. I will discuss an analogue of scanning tunneling microscopy in Rydberg tweezer arrays and methods for resolving composite magnetic excitations at finite momentum in optical lattices.
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