Scientists SOLVE the mystery of 'alien' signal received from spaceScientists have traced the origins of a fast radio burst to the magnetosphere of a rotating neutron star, providing insights into these cosmic phenomena.
Scientists tune into the wild origins of fast radio burstsRecent research suggests fast radio bursts may originate from magnetars formed in unconventional ways, offering new insights into these mysterious astrophysical phenomena.
An Earth-Rocking Cosmic Explosion Turns 20A magnetar explosion can have a significant impact on Earth despite immense distances, demonstrating the power of small celestial objects.
Scientists SOLVE the mystery of 'alien' signal received from spaceScientists have traced the origins of a fast radio burst to the magnetosphere of a rotating neutron star, providing insights into these cosmic phenomena.
Scientists tune into the wild origins of fast radio burstsRecent research suggests fast radio bursts may originate from magnetars formed in unconventional ways, offering new insights into these mysterious astrophysical phenomena.
An Earth-Rocking Cosmic Explosion Turns 20A magnetar explosion can have a significant impact on Earth despite immense distances, demonstrating the power of small celestial objects.
Polarized light yields fresh insight into mysterious fast radio burstsNew research on non-repeating fast radio bursts (FRBs) analyzed polarized light to gain insights into their origins, suggesting distinct origins for repeating and non-repeating FRBs.
Preferential 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.
Polarized light yields fresh insight into mysterious fast radio burstsNew research on non-repeating fast radio bursts (FRBs) analyzed polarized light to gain insights into their origins, suggesting distinct origins for repeating and non-repeating FRBs.
Preferential 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.