Some of the darkest objects in the universe are also among its brightest beacons, lighting up entire galaxies while their ...
A team of computational astrophysicists has developed a simulation that explains the behavior of matter around black holes.
Learn how researchers used Einstein’s theory of general relativity to create the most accurate simulations to date.
As planetary systems evolve, gravitational interactions between planets can fling some of them into eccentric elliptical orbits around the host star, or even out of the system altogether. Smaller ...
Artist's conception of early starbursting galaxies. UC Davis astronomers collaborated on new simulations showing how bright galaxies could emerge early in the universe. Stars and galaxies are shown in ...
Stars that wander too close to supermassive black holes may be violently undone in a process called "spaghettification." New simulations provide the most detailed look ever at the gory interaction.
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Climate changes in the tropical Pacific have temporarily put the brakes on rapid warming and ice melting in Greenland. A puzzling, decade-long slowdown in summer warming across Greenland has been ...
Wolfgang Maaß (left), doctoral research student Hannah Stein and researcher Ankit Agrawal (right) are working with partners from industry and academia to harness the power of quantum computational ...
From solar energy optimization to infection-fighting medical devices, AltaSim Technologies is transforming product ...
Scientists at Scripps Institution of Oceanography at UC San Diego and the California Institute of Technology are one step closer to understanding an enigma in climate change science: why do climate ...
Climate changes in the tropical Pacific have temporarily put the brakes on rapid warming and ice melting in Greenland. Climate changes in the tropical Pacific have temporarily put the brakes on rapid ...