„Ungewöhnliche Verschmelzung von Schwarzen Löchern“ – Frank Ohme, Leiter einer unabhängigen @maxplanckgesellschaft Forschungsgruppe am @mpi_grav in Hannover im Interview mit „Welt der Physik“.
#Physik #Astronomie #SchwarzeLöcher #Gravitationswellen #GW241011 #GW241110
Spinning into the merging binary black hole family tree
https://astrobites.org/2025/11/21/gw-hierarchical-merger/ by Neev Shah
Astrobites report on the potential implications of our discovery of #GW241011 and #GW241110
Not Their First Rodeo: Gravitational Wave Detectors Spot Merging Black Holes That Have Merged Before
https://aasnova.org/2025/10/28/not-their-first-rodeo-gravitational-wave-detectors-spot-merging-black-holes-that-have-merged-before/ by Kerry Hensley
Our #GW241011 and #GW241110 discovery paper is now on the arXiv
https://arxiv.org/abs/2510.26931
If you would like to catch up on the highlights, checkout out our Science Summary
Data for #GW241011 and #GW241110 are available to analyze from the Gravitaitonal Wave Open Science Center
https://doi.org/10.7935/3drz-8m81
https://doi.org/10.7935/46xh-t016
You can find lots of tutorials there too!
Our new paper on our LIGO Virgo KAGRA discovery of #GW241011 and #GW241110 is now published
https://doi.org/10.3847/2041-8213/ae0d54
These observations can tell us about the astrophysics of binary formation and test fundamental physics
We are pleased to announce our discovery of #GW241011 and #GW241110
Both come from binary black holes where one black hole is much larger than the other. The larger black holes have large spin. Could these black holes have formed in a previous merger?
MPI for Gravitational Physics
LIGO
