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A team of scientists from Japan, Spain, and the United States used one of the world's fastest supercomputers, 'Fugaku', to better understand the impact of dark energy across the universe.

Korean astronomers have presented research that challenges the prevailing theory of an ever-accelerating cosmic expansion, ...

On human timescales, the universe may as well be eternal. It’ll be here long after our species and our planet are gone, but ...

New observations from the James Webb Space Telescope hint that the universe’s first stars might not have been ordinary fusion ...

Scientists found where the universe’s missing matter went. Black holes have been pushing it far away from galaxies.

This accomplishment can significantly improve data center efficiency and drive innovations in LiDAR, sensing, and quantum tech. Microcombs Shrink Lab-Grade Precision Onto a Chip  The researchers ...

ORCs are vast, faint rings of radio energy that surround galaxies and can be detected only in radio wavelengths of the ...

Astronomers using the James Webb Space Telescope may have found the universe’s first “dark stars.” Within the first few hundred million years after the Big Bang, the universe’s earliest stars took ...

Astrophysicists have presumed for nearly a century that the universe will just keep expanding for all eternity, driven by an ...

Durham researchers Dark energy and black holes are possibly two of the most elusive concepts ever analyzed by experts. A ...

Researchers propose that black holes may emit dark energy, possibly explaining the universe's accelerating expansion.