Elizabeth Ann Tolman

The work of plasma fusion physicists may seem completely divorced from the realm of theoretical astrophysics, but, as Chris Hamilton, John N. Bahcall Fellow in the School of Natural Sciences, explains, the mathematical methods developed to exploit the power of the electrons, ions, and magnetic fields in fusion plasmas are precisely the same as those needed to describe the dynamics of stars, spiral arms, and dark matter in galaxies like the Milky Way. 

“We can see the unseen. An astonishing deep-field image of crashing galaxies and bygone nebulae. A glimpse at what the death of our own sun might look like. Baby stars being born perched on cosmic cliffs. The first photographs of the JWST are breathtaking, and they will dramatically change how we understand the universe."

"It is sometimes called 'a scholar’s paradise' – the Institute for Advanced Study in Princeton recently welcomed its latest group of 200 top-of-their field scholars from around the world. But despite all of the academics, one of the Institute’s most cherished and longstanding traditions is the 3 p.m. tea time. It is a chance for the members to mix and mingle and to bounce ideas off one another."