JWST shocks the world with colliding neutron star discoveryColliding neutron stars, rather than supernovae, are likely responsible for the creation of heavy elements like gold and platinum.
Huge neutrino detector sees first hints of particles from exploding starsJapan's Super-Kamiokande observatory might be detecting neutrinos from supernovae, providing insights into extreme conditions and potential new physics in the Universe.
JWST shocks the world with colliding neutron star discoveryColliding neutron stars, rather than supernovae, are likely responsible for the creation of heavy elements like gold and platinum.
Huge neutrino detector sees first hints of particles from exploding starsJapan's Super-Kamiokande observatory might be detecting neutrinos from supernovae, providing insights into extreme conditions and potential new physics in the Universe.
This dazzling NASA image shows the biggest super star cluster in our galaxyThe James Webb Space Telescope delivers unparalleled clarity in imaging space, revealing significant astronomical structures like the super star cluster Westerlund 1.
Carbon detected in galaxy observed 350m years after big bangAstronomers detect carbon in a galaxy just 350m years post-big bang, suggesting life conditions existed early in the universe.
Epic Gravity Lens Lines Up Seven-Galaxy ViewGravitational lensing enables deeper observations of the universe, providing multiple views of distant galaxies and valuable information about dark matter and dark energy.
Ask Ethan: Can a lumpy Universe explain dark energy?Dark energy is the dominant energy source in the Universe, making up about two-thirds of its total energy and driving accelerated cosmic expansion.
Most nearby young star clusters formed in three massive complexes - NatureMapping the origin of nearby young star clusters based on Gaia data and spectroscopic surveys. Supernovae from specific clusters formed the Local Bubble and nearby supershell.
Astronomy professor Anna Ho named Packard Fellow | Cornell ChronicleThe Packard Fellowship empowers early-career scientists to explore innovative research ideas with substantial funding.
This dazzling NASA image shows the biggest super star cluster in our galaxyThe James Webb Space Telescope delivers unparalleled clarity in imaging space, revealing significant astronomical structures like the super star cluster Westerlund 1.
Carbon detected in galaxy observed 350m years after big bangAstronomers detect carbon in a galaxy just 350m years post-big bang, suggesting life conditions existed early in the universe.
Epic Gravity Lens Lines Up Seven-Galaxy ViewGravitational lensing enables deeper observations of the universe, providing multiple views of distant galaxies and valuable information about dark matter and dark energy.
Ask Ethan: Can a lumpy Universe explain dark energy?Dark energy is the dominant energy source in the Universe, making up about two-thirds of its total energy and driving accelerated cosmic expansion.
Most nearby young star clusters formed in three massive complexes - NatureMapping the origin of nearby young star clusters based on Gaia data and spectroscopic surveys. Supernovae from specific clusters formed the Local Bubble and nearby supershell.
Astronomy professor Anna Ho named Packard Fellow | Cornell ChronicleThe Packard Fellowship empowers early-career scientists to explore innovative research ideas with substantial funding.
Science just brought us one step closer to solving a billion-year-old mysteryThe discovery of 80 new supernovae deepens our understanding of the universe's early history and the nature of cosmic evolution.
Scientist Warns That NASA's Voyager Probes Are Dodging Bullets Out ThereVoyager probes in interstellar space face risks from cosmic rays, causing communication issues with Earth.
If One of These Stars Explodes the Radioactive Atoms Could Decimate Life on EarthStars are relatively constant, varying only slightly in brightness over yearsSupernovae, explosions of massive stars, are rare and typically remote events
Slow-Motion Supernovae Prove Einstein Right AgainAlbert Einstein's special theory of relativity is once again confirmed through observations of time dilation on a cosmic scale.