“It’s a chemical signature no ordinary, ‘first-generation’ planet should carry, which told us that this new planet was ...

Strong magnetic fields could help some stellar remnants become much heavier than their usual upper limit, according to new ...

A dead star’s wreckage may be the birthplace of a new planet. The existence of second-generation planets was predicted ...

Something never seen before and, more importantly, entirely unexpected: that is how Simone Scaringi of Durham University, ...

A strange chemical signature in old Hubble observations may point to a planet that formed after its star had already died. Astronomers found unusually high levels of niobium around the white dwarf HS ...

Astronomers caught gas from a giant star falling onto a neutron star at over 335,000 mph, revealing how each burst of ...

When astronomers discovered a giant planet orbiting a dead star in 2020, they wondered how it survived its star's violent demise. Now, observations from NASA's James Webb Space Telescope (JWST) may ...

Scientists detected the very first exoplanets around a pulsar — a type of rapidly rotating dead star — and because pulsars ...

Add Yahoo as a preferred source to see more of our stories on Google. An illustration depicts exoplanet WD 1856 b in orbit around a dead white dwarf star. - NASA/ESA/CSA/R. Crawford (STScI) New ...

The left panel shows a hub-filament system observed in an actual star-forming region; the right shows the structure produced by this study's 3D simulation. Both show multiple elongated filaments of ...