Triple Double: Do Merging White Dwarfs Produce Fast Radio Burst–Emitting Remnants? Astrobites reports on whether a distant companion in a triple-star system could push the inner binary toward mer...
#Astrobites #Highlights #fast #radio #bursts #mergers #white #dwarfs
Origin | Interest | Match
Triple Double: Do Merging White Dwarfs Produce Fast Radio Burst–Emitting Remnants? Astrobites reports on whether a distant companion in a triple-star system could push the inner binary toward mer...
#Astrobites #Highlights #fast #radio #bursts #mergers #white #dwarfs
Origin | Interest | Match
I Survived a Type Ia Supernova, and All I Got Was This Kick Velocity Astrobites reports on an investigation of a runaway star that may have survived its companion going supernova. The post I Surviv...
#Astrobites #Highlights #binary #stars #hydrodynamic […]
[Original post on aasnova.org]
I Survived a Type Ia Supernova, and All I Got Was This Kick Velocity Astrobites reports on an investigation of a runaway star that may have survived its companion going supernova. The post I Surviv...
#Astrobites #Highlights #binary #stars #hydrodynamic […]
[Original post on aasnova.org]
Forever Alone: A Black Hole Destined to Stay Too Big Astrobites reports on a black hole that's far too massive for its host galaxy, and whether this system could ever reach "normal" pro...
#Astrobites #Highlights #high-redshift #galaxies #JWST #quasars […]
[Original post on aasnova.org]
Forever Alone: A Black Hole Destined to Stay Too Big Astrobites reports on a black hole that's far too massive for its host galaxy, and whether this system could ever reach "normal" pro...
#Astrobites #Highlights #high-redshift #galaxies #JWST #quasars […]
[Original post on aasnova.org]
Astronomers Hate Them! This Star Formation Ingredient Makes Clusters Look 300 Million Years Older Astrobites reports on how astronomers are using JWST to figure out if star clusters are really as o...
#Astrobites #Highlights #JWST #star #clusters #star #formation #history
Origin | Interest | Match
Astronomers Hate Them! This Star Formation Ingredient Makes Clusters Look 300 Million Years Older Astrobites reports on how astronomers are using JWST to figure out if star clusters are really as o...
#Astrobites #Highlights #JWST #star #clusters #star #formation #history
Origin | Interest | Match
Ia’m Just Getting Started: A Type Ia Supernova’s First Day Astrobites reports on simulations that might help astronomers identify double-detonation supernovae early in their evolution. The post...
#Astrobites #Highlights #hydrodynamic #simulations #supernovae #transients
Origin | Interest | Match
Ia’m Just Getting Started: A Type Ia Supernova’s First Day Astrobites reports on simulations that might help astronomers identify double-detonation supernovae early in their evolution. The post...
#Astrobites #Highlights #hydrodynamic #simulations #supernovae #transients
Origin | Interest | Match
A Triple Black Hole System Caught in the Act of Self-Quenching Astrobites reports on a cosmic drama in action: three active black holes, tangled jets, and fading light. The post A Triple Black Hole...
#Astrobites #Highlights #active #galactic #nuclei #galaxies […]
[Original post on aasnova.org]
Teegarden’s Star b: (Almost) Too Hot to Handle? Astrobites reports on the potential habitability of Teegarden’s Star b, a promising Earth-like planet. The post Teegarden’s Star b: (Almost) To...
#Astrobites #Highlights
Origin | Interest | Match
Teegarden’s Star b: (Almost) Too Hot to Handle? Astrobites reports on the potential habitability of Teegarden’s Star b, a promising Earth-like planet. The post Teegarden’s Star b: (Almost) To...
#Astrobites #Highlights
Origin | Interest | Match
Teegarden’s Star b: (Almost) Too Hot to Handle? Astrobites reports on the potential habitability of Teegarden’s Star b, a promising Earth-like planet. The post Teegarden’s Star b: (Almost) To...
#Astrobites #Highlights
Origin | Interest | Match
The Winner of the Cosmic Speed-Eating Contest Astrobites reports on RACS J0320−35, a quasar that appears to be breaking a cosmic limit by consuming matter faster than theory should allow. The pos...
#Astrobites #Highlights #accretion #active #galactic #nuclei […]
[Original post on aasnova.org]
The Winner of the Cosmic Speed-Eating Contest Astrobites reports on RACS J0320−35, a quasar that appears to be breaking a cosmic limit by consuming matter faster than theory should allow. The pos...
#Astrobites #Highlights #accretion #active #galactic #nuclei […]
[Original post on aasnova.org]
The Black Hole Meetup: EMRIs and IMRIs in the Same Active Galactic Nucleus Disk Astrobites reports on how active galactic nucleus disks might connect black holes across the mass spectrum, setting t...
#Astrobites #Highlights #active #galactic #nuclei #black […]
[Original post on aasnova.org]
The Black Hole Meetup: EMRIs and IMRIs in the Same Active Galactic Nucleus Disk Astrobites reports on how active galactic nucleus disks might connect black holes across the mass spectrum, setting t...
#Astrobites #Highlights #active #galactic #nuclei #black […]
[Original post on aasnova.org]
Are Water Worlds Just Made of Soot? Astrobites reports on whether the low-density planets that keep popping up in our growing collection of exoplanets are really the water worlds that we imagine th...
#Astrobites #Highlights #atmospheres #exoplanets #planetary #surfaces
Origin | Interest | Match
Are Water Worlds Just Made of Soot? Astrobites reports on whether the low-density planets that keep popping up in our growing collection of exoplanets are really the water worlds that we imagine th...
#Astrobites #Highlights #atmospheres #exoplanets #planetary #surfaces
Origin | Interest | Match
Michelangelo in Space: A Planet Carving the Fomalhaut Debris Disk? Astrobites reports on the Fomalhaut debris disk, which is well studied but may contain a hidden planet we haven’t seen yet. The ...
#Astrobites #Highlights #circumstellar #disk #debris #disks
Origin | Interest | Match
Michelangelo in Space: A Planet Carving the Fomalhaut Debris Disk? Astrobites reports on the Fomalhaut debris disk, which is well studied but may contain a hidden planet we haven’t seen yet. The ...
#Astrobites #Highlights #circumstellar #disk #debris #disks
Origin | Interest | Match
Bumpy Road Ahead: Can Binary Interactions Make Supernovae Periodically Brighter? Astrobites reports on simulations that explore whether a baby neutron star repeatedly diving into the envelope of it...
#Astrobites #Highlights #binary #stars #neutron #stars #supernovae
Origin | Interest | Match
Bumpy Road Ahead: Can Binary Interactions Make Supernovae Periodically Brighter? Astrobites reports on simulations that explore whether a baby neutron star repeatedly diving into the envelope of it...
#Astrobites #Highlights #binary #stars #neutron #stars #supernovae
Origin | Interest | Match
The Times They Are A-Changin’: Searching for Shifts in Variable Star Light Curves Astrobites reports on efforts to understand how the variability of certain variable stars changes over time. The ...
#Astrobites #Highlights #variable #stars
Origin | Interest | Match
The Times They Are A-Changin’: Searching for Shifts in Variable Star Light Curves Astrobites reports on efforts to understand how the variability of certain variable stars changes over time. The ...
#Astrobites #Highlights #variable #stars
Origin | Interest | Match
