Black Holes

Lia Medeiros, current Member in the School of Natural Sciences, has led a group of researchers from the Event Horizon Telescope collaboration in producing a groundbreaking new image of the M87 black hole, using machine learning algorithm PRIMO to achieve the full resolution of the array for the first time.

Lia Medeiros, current Member in the School of Natural Sciences, has been named an Einstein Fellow of the NASA Hubble Fellowship Program (NHFP). 

Feryal Özel, past Member in the School of Natural Sciences (2002–05) and current chair of the School of Physics at Georgia Tech, discusses her work on the recent imaging of a black hole with the Event Horizon Telescope (EHT) collaboration and the...

"The gas gobbled up by M87* and Sgr A* (the supermassive black holes at the centers of Messier 87 and the Milky Way), is likely a mix of hydrogen and helium with just a dash of heavier elements, but we don’t know its exact composition."

Lia Medeiros, current Member in the School of Natural Sciences, has received a special commendation from the judges at Nature Awards.

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.

Ahmed Almheiri, past Member (2017–22) in the School of Natural Sciences, has received a 2022 IUPAP Early Career Scientist Award in Particles and Fields “for substantial and impactful contributions to the understanding of black holes and quantum gravity, specifically related to the information paradox and its connection to quantum information theory and quantum error correction.”

"As theorists study black holes and other objects in AdS space, they keep learning Wheeler-esque lessons. One is that the connectivity of space — the ability to get from one place to another — seems to stem from particles on the boundary linked by correlations known as quantum entanglement."