SPACEDiscover NASA and ESA's findings on rapidly cooling neutron stars and unravel the mysteries of the universe’s most exotic matter. Read the full article now!
Space telescopes reveal neutron star mergers as cosmic gold forges, marking an exhilarating milestone in astrophysics. Continue reading to learn more details.
After 37 years, the JWST reveals a hidden neutron star within Supernova 1987A's celestial wreckage, astoundingly altering cosmic perceptions. Read the article for more details.
The odd stellar object was found to pulse for five minutes every 22 minutes. Read to learn more. Researchers recently announced the discovery of a new stellar object in the cosmos: GPM J1839-10.
The repeating fast radio burst from more than a year ago might come from a binary system with a neutron star whirling in a magnetic plasma produced by a black hole. Read the article to learn more.
The record-breaking Black Widow pulsar is the heaviest neutron star that is spinning 707 times per second as it gobbles up its stellar companion. Read the article to learn more details.
Gamma-ray bursts in the universe could be due to extremely faint galaxies that are 10 billion light-years from the center of the cosmos or merging neutron stars. Continue reading to learn the details.
Scientists from the University of California - Berkeley discovered that millisecond pulsar, Black Widow, is spinning 707 times per second making it one of the fastest spinning neutron stars in the Milky Way galaxy. Continue reading for an in-depth explanation on how this type of star forms.
Astronomers led by Durham University in the UK used NASA's TESS to observe a unique phenomenon of a white dwarf abruptly switching on and off for the first time.
What are Gamma-ray bursts? Scientists believe that these ultrabright flashes could hold the secrets of the origin of the universe and they are eager to find where these beams come from.
NASA satellites detected a giant flare was detected in April as it swept past Mars. Experts say it came from a powerful neutron star 11.4 million light-years away.
Two neutron stars rip each other apart to form a black hole in this NASA simulation. New research suggests that a stellar collision like this occurred very close to our solar system some 4.6 billion years ago, showering our cosmic neighborhood with many of the heavy elements crucial to life.