OMG sciencefromFuturism2 weeks agoJames Webb Spots Disturbing Sight: Entire Planet Sinking Into StarAstronomers observed a planet likely colliding with its star, marking the first direct observation of this phenomenon.
OMG sciencefromWIRED1 week agoScientists Believe They've Witnessed 'Planetary Suicide' for the First TimeAstronomical observations suggest the first recorded instance of a planet self-destructively colliding with its parent star.
OMG sciencefromFuturism2 weeks agoJames Webb Spots Disturbing Sight: Entire Planet Sinking Into StarAstronomers observed a planet likely colliding with its star, marking the first direct observation of this phenomenon.
OMG sciencefromWIRED1 week agoScientists Believe They've Witnessed 'Planetary Suicide' for the First TimeAstronomical observations suggest the first recorded instance of a planet self-destructively colliding with its parent star.
OMG sciencefromBig Think2 weeks agoAsk Ethan: When do stars turn the most mass into energy?Nuclear fusion is crucial for powering stars, but common misconceptions exist regarding its role and efficiency in stellar evolution.
fromBig Think1 month agoOMG scienceWill the Sun make a planetary nebula when it dies?Stars evolve through a life cycle governed by nuclear fusion, ultimately exhausting their fuel and leading to various stellar endpoints.
OMG sciencefromBig Think2 weeks agoAsk Ethan: When do stars turn the most mass into energy?Nuclear fusion is crucial for powering stars, but common misconceptions exist regarding its role and efficiency in stellar evolution.
fromBig Think1 month agoOMG scienceWill the Sun make a planetary nebula when it dies?Stars evolve through a life cycle governed by nuclear fusion, ultimately exhausting their fuel and leading to various stellar endpoints.
SciencefromNature6 months agoPreferential occurrence of fast radio bursts in massive star-forming galaxies - NatureFRBs are linked to magnetars, likely forming from core-collapse supernovae in massive, metal-rich galaxies.
fromBig Think6 months agoScienceThe mystery of the Milky Way's most bizarre supernovaThere are two primary pathways for supernovae: massive star core collapse and white dwarf explosions through mergers.