γ-Ray Pulsar Emission is Mostly Stable on Timescales from Minutes to Years
M. Kerr 2025 ApJ 991 225 Using a new method to detect and characterize random, rapid changes in the flux from gamma-ray pulsars, researchers found no evidence for changes above the 10% level, with…
Read the full articleYou might also wanna read
New study keeps dark matter explanation alive for Milky Way's mysterious gamma-ray glow
"The origin of the Galactic Center Excess is one of the longest-running debates in astrophysics."
space.com·18d ago
Faint radio signals detected from previously silent 'Blue Eye' neutron star for the first time
The hushed pulsar, nicknamed Blue Eye, was a previously radio-silent neutron star.
space.com·3d agoFaint radio signals detected from previously silent 'Blue Eye' neutron star for the first time
The hushed pulsar, nicknamed Blue Eye, was a previously radio-silent neutron star.
Space·3d agoFaint radio signals detected from previously silent 'Blue Eye' neutron star for the first time
The hushed pulsar, nicknamed Blue Eye, was a previously radio-silent neutron star.
space.com·3d agoThe Cosmic Wake of the Lighthouse Pulsar
The Cosmic Wake of the Lighthouse Pulsar Lighthouse Pulsar (PSR J1101-6101) More images and information Credit: X-ray: Chandra: NASA/CXC/Sta
Stellar Pulsations Shape Supernova Explosions: New research challenges the standard models of final moments of massive stars.
A new study published in The Astrophysical Journal Letters has found that the pulsations experience by red supergiant stars in the final sta
Six New Millisecond Pulsars Discovered Using FAST Telescope Data Stacking
Researchers have discovered six faint millisecond pulsars by stacking FAST radio observations.
AAS Nova·1mo agoSix New Millisecond Pulsars Discovered Using FAST Telescope Data Stacking
Researchers have discovered six faint millisecond pulsars by stacking FAST radio observations.
aasnova.org·1mo agoUntitled
🌌 🧪 For two decades now, #astronomers have been recording short-lived extremely energetic radio signals dubbed fast radio bursts. ✍🏼 New
Comments
Sign in to join the conversation.
No comments yet. Be the first.