Physics

"The idea, put forth by Juan Maldacena of the Institute for Advanced Study in Princeton, N.J., hinted at something profound: that our universe could be a hologram. Much like a 3-D hologram emerges from the information encoded on a 2-D surface, our universe’s 4-D spacetime could be a holographic projection of a lower-dimensional reality."

"Physicists have purportedly created the first-ever wormhole, a kind of tunnel theorized in 1935 by Albert Einstein and Nathan Rosen that leads from one place to another by passing into an extra dimension of space."

Rashid Sunyaev, Distinguished Visiting Professor in the School of Natural Sciences, has been awarded the Max Planck Medal, the highest prize in theoretical physics granted by the German Physical Society (DPG), in recognition of “numerous and...

The Institute for Advanced Study extends well wishes to former Mathematics/Natural Sciences Faculty member Chen Ning Yang on his 100th birthday. During Yang’s time at IAS, he and his collaborator, fellow Faculty member Tsung Dao Lee, were awarded the 1957 Nobel Prize in Physics. He has a left tremendous legacy in our community today.

"The Arts and Sciences used to share much of the same intellectual space. Only recently have they diverged to the degree that they seem diametrically opposed. The Exchange is our attempt to rekindle some of the dialogue that occurred between the two fields."

Research from IAS scholars, past and present, features prominently in the September 2022 issue of Scientific American. Past Director’s Visitor George Musser takes account of the recent groundbreaking work being done on the infamous black hole information paradox by researchers including Member Ahmed Almheiri, who authors his own essay on the solution to the paradox.

Three IAS Members in the School of Mathematics and Natural Sciences have received the 2022 ICTP Dirac Medal “for groundbreaking and mathematically rigorous contributions to the understanding of the statistical mechanics of classical and quantum physical systems.”

“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."

"As Chris Hamilton (Institute for Advanced Study) explains in a recent research article, understanding the current orbits of binary stars in the Milky Way requires separating the effects of nature (the eccentricities that the binary systems are born with) and nurture (the outside gravitational effects of passing stars and the background galactic pull)."