James Webb Spots Something Lurking in Wreckage of SupernovaScientists used JWST to discover neutron star from Supernova 1987ASupernova 1987A explosion was so bright it hindered detection of the neutron star in cosmic dust.
JWST Solves Decades-Old Mystery of Nearby SupernovaSupernova 1987A was the closest exploding star event observed in the past four centuries.The James Webb Space Telescope helped scientists confirm the existence of a dense neutron star in place of a black hole.
Supernova mystery solved: JWST reveals the fate of an iconic stellar explosionThe James Webb Space Telescope (JWST) detected a neutron star in the core of the famous supernova (SN) 1987A explosion.JWST observed light from ionized atoms around the neutron star, confirming its presence behind the dust veil from the explosion.
Astronomers find strong evidence of neutron star in remnant of exploding starNeutron star at center of Supernova 1987A confirmed after 30-year mystery.Detection of ionized argon and sulfur atoms near explosion site implies presence of bright radiation from neutron star.
James Webb Spots Something Lurking in Wreckage of SupernovaScientists used JWST to discover neutron star from Supernova 1987ASupernova 1987A explosion was so bright it hindered detection of the neutron star in cosmic dust.
JWST Solves Decades-Old Mystery of Nearby SupernovaSupernova 1987A was the closest exploding star event observed in the past four centuries.The James Webb Space Telescope helped scientists confirm the existence of a dense neutron star in place of a black hole.
Supernova mystery solved: JWST reveals the fate of an iconic stellar explosionThe James Webb Space Telescope (JWST) detected a neutron star in the core of the famous supernova (SN) 1987A explosion.JWST observed light from ionized atoms around the neutron star, confirming its presence behind the dust veil from the explosion.
Astronomers find strong evidence of neutron star in remnant of exploding starNeutron star at center of Supernova 1987A confirmed after 30-year mystery.Detection of ionized argon and sulfur atoms near explosion site implies presence of bright radiation from neutron star.