Department of Physics

Through public events and exhibitions, connect with the UW community every week! This week, attend gallery exhibitions, watch recorded events, and more.

The 2021 Husky 100, a group of 100 students making the most of their time at the UW, have been announced.

This week at the UW, attend a lecture on revolutionary reforms to the metric system, "Asian American Women Rising: NOT the Model Minority," and more.

Several UW faculty members, researchers, and students are involved in the FASER collaboration, which studies interactions of high-energy particles.

David Hertzog, professor of physics, explains the results of new research on muons, a type of particle.

Evidence is mounting that a tiny subatomic particle called a muon is disobeying the laws of physics as we thought we knew them, scientists announced on Wednesday. David Hertzog, professor of physics at the UW, is mentioned.

Particles called muons are behaving weirdly and it could mean a huge discovery. David Hertzog, professor of physics at the UW, is interviewed on the “60-Second Science” podcast.

Over 100 UW graduate and professional programs have been ranked by U.S. News & World Report to be among the top 35 in the nation.

An unexpected superconductor was beginning to look like a fluke, but a new theory and a second discovery has revealed that emergent quasiparticles may be behind the effect. Matthew Yankowitz, assistant professor of physics at the UW, is quoted.

UW Physics Professor Miguel Morales has penned a math-free tour of quantum mechanics and technology

UW scientists explain new developments in the field of quantum computing.

New experiments have answered the decades-old question of how pieces of splitting nuclei get their spins. George Bertsch, professor emeritus of physics at the UW, is quoted.

Miguel Morales, professor of physics, has authored a new series on quantum mechanics for a general audience.

David Bell, PhD student in physics, and Savannah Lomelli, art student, discuss how they're spending the holidays in the COVID-19 pandemic.

Physicists at the University of Washington have discovered that by layering 2D materials (like a stack of pancakes), rotating them in particular configurations and exposing them to extremely low temperatures, the layers exhibit "exotic and unexpected" properties.