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MPI for Gravitational Physics
@mpi_grav@academiccloud.social  ·  activity timestamp 7 days ago

There were two new probable gravitational-wave events in the past two days. If they are real, both came from mergers of binary black holes.

1️⃣ S251013x on 13 October at a distance of around 12 billion light-years. If the masses of the two black holes were equal, they were between around 25 and 100 solar masses. More info: https://gracedb.ligo.org/superevents/S251013x/view/

2️⃣ S251014cn on 14 October at a distance of around 2 billion light-years. If the masses of the two black holes were equal, they were between around 6 and 25 solar masses. More info: https://gracedb.ligo.org/superevents/S251014cn/view/

#GravitationalWaves#BlackHoles#S251013x#S251014cn#Astronomy#Astrophysics

Sky map showing the most likely directions of origin of the candidate S251014cn.
Sky map showing the most likely directions of origin of the candidate S251014cn.
Sky map showing the most likely directions of origin of the candidate S251014cn.
Four diagrams showing two-dimensional slices through the three-dimensional position probability distribution of the candidate S251014cn.
Four diagrams showing two-dimensional slices through the three-dimensional position probability distribution of the candidate S251014cn.
Four diagrams showing two-dimensional slices through the three-dimensional position probability distribution of the candidate S251014cn.
Sky map showing the most likely directions of origin of the candidate S251013x.
Sky map showing the most likely directions of origin of the candidate S251013x.
Sky map showing the most likely directions of origin of the candidate S251013x.
Four diagrams showing two-dimensional slices through the three-dimensional position probability distribution of the candidate S251013x.
Four diagrams showing two-dimensional slices through the three-dimensional position probability distribution of the candidate S251013x.
Four diagrams showing two-dimensional slices through the three-dimensional position probability distribution of the candidate S251013x.
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