Department-wide colloquium: Massimo Vergassola

Bloomberg 272 - Schafler Auditorium

TITLE: Learning to navigate complex environments ABSTRACT: Living systems face the challenging task of navigating complex natural environments. Notable examples include long-distance orientation using airborne olfactory cues transported by turbulent winds, the tracking of surface-bound trails of odor cues, and flight in the lowest layers of the atmosphere. Terrestrial animals, insects, and birds have evolved […]

High energy physics theory seminar: Ho Tat Lam (MIT)

Bloomberg 462

Title: The Power of Non-invertible Symmetry, Abstract: I will discuss recent advances in a novel class of symmetries in quantum field theories and quantum lattice models, known as non-invertible symmetries. Unlike conventional symmetries governed by Wigner's theorem, these are implemented by conserved operators that have no inverse, challenging and extending the traditional paradigm of symmetry in physics. I […]

Condensed matter & biological physics seminar: Piers Coleman (Rutgers)

Bloomberg 462

TITLE: Spin: stem-cell for emergence in quantum materials. ABSTRACT: 2025 is the centenary of quantum mechanics making this a good time to reflect on the past as a springboard for the bold research that the 21st century community of physicists can aspire to. One of the unexpected discoveries of Quantum Mechanics is Spin, a concept introduced […]

AMO seminar: Chi Zhang (Caltech)

Bloomberg 462

His work has spanned several areas of AMO physics, including trapped ions, Rydberg atoms, ultracold polyatomic molecules, quantum information, and precision searches for new physics with AMO systems.  

High energy physics theory seminar: Ying Zhao (MIT)

Bloomberg 462

Title: From quantum information to black holes and cosmology, Abstract: Black holes have not just become laboratories for astronomers, but also present some of the deepest unsolved problems in theoretical physics. During the past decade surprising connections have been made between ideas from quantum information and gravitational physics. In this talk I will explain several aspects […]

Department-wide Colloquium: Jim Gates (UMD)

Bloomberg 272 - Schafler Auditorium

TITLE: A Physicist Following Faraday's Hint in the Search for Quantum Gravity, ABSTRACT: Faraday's discovery of electromagnetic induction occurred due to his inference that magnetic fields about wires must be as wheels about a spoke.  This visualization led to understanding the physics of B-fields. Currently mathematically enabled research uses computers to augment this important tool.  The speaker will discuss […]