GW Hosts Priority-Setting Event for the Future of U.S. Nuclear Science
The next 10 years of nuclear physics research could see major discoveries, experts said at a livestreamed debrief.
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For more than a century, the Department of Physics has attracted some of the nation's top scholars. Students build a strong foundation in nuclear physics, astrophysics and biophysics while studying advanced concepts, from quantum mechanics to optics. They also collaborate with faculty and partner institutions to understand the building blocks of life, observe exploding stars in distant galaxies and detect subatomic particles at the core of matter.
Study in the physical sciences at the George Washington University goes back to the founding of the Columbian College in 1821. Officially founded in 1912, the department has been a leader in scientific breakthroughs ever since, including hosting the historical 1939 conference at which Nobel Prize Winner Niels Bohr announced that Otto Hahn had successfully split the atom, thus ushering in the atomic age. Department faculty have included renowned scientists such as George Gamow, early developer and advocate of the big bang theory, and Edward Teller, famed for his work on the hydrogen bomb.
Today, the department carries on the practice of excellent research at state-of-the-art labs in Corcoran Hall and Science and Engineering Hall on GW's Foggy Bottom Campus. Faculty regularly secure competitive grants from the U.S. Department of Energy, the National Science Foundation, NASA and the U.S. Naval Research Laboratory. In the lab and in the classroom, the department is applying physics solutions to everyday life.
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“GW has a diverse population. The student body comes from very different backgrounds. Even if your idea of fun is running computer modeling cell movement simulations, here you can find your tribe.”
George Sangiolo
BS '18, Biophysics
GW Physics News
New ‘Shockwave’ Science Tracks Online Hate Speech
Led by physics professor Neil Johnson, a research team created a formula that demonstrates how, why and when hate speech spreads throughout social media.
What Makes a Gamma-Ray Burst the ‘Brightest of All Time?’
Doctoral physics student Brendan O’Connor is the lead author of a new study on the massive cosmic explosion detected last October.
Astrophysics Student Impacts Earth and Sky
Graduate student Sarah Chastain searches space for cosmic transients—a project that is also opening the field to a diverse new generation of students and schola
Andrei Alexandru was named a Fellow of the American Physical Society
Andrei Alexandru was named a Fellow of the American Physical Society
Study: Online Battle Lost Early in COVID Crisis
A team led by Physics’ Neil Johnson revealed mainstream Facebook communities were already intertwined with anti-science groups before COVID-19 vaccines arrived.
In a conversation with CCAS Dean Paul Wahlbeck, Physics Professor Alexander van der Horst discusses gamma-ray bursts and more.
GW Students Present Research at the 19th American Astronomical Society HEAD Meeting
In March 2022, eight GW astrophysics graduate students and one undergraduate student traveled to the astrophysics conference to present their exciting research.
Fantastic Voyage: Physics Student Peers into Protons
Junior Gabriel Grauvogel is bringing his CCAS Luther Rice Fellowship research to an international effort to unravel the puzzling proton.
Online Parenting Communities Pulled Closer to Extreme Groups
Previous research has shown that social media feeds the spread of misinformation. But exactly how that occurs has been unclear.