There was a neutron star merger announced a few months back. A gamma ray burst (GRB) was detected within a second that the gravitational wave merger was detected. It was a short GRB, and this was super exciting as up until then we were not sure what created short GRBs. Last week three radio telescopes reported radiation from the merger site that is super faint, but is rising steadily. This is basically not the kind of radiation you would expect from the origin point of the GRB.
There was a neutron star merger announced a few months back. A gamma ray burst (GRB) was detected within a second that the gravitational wave merger was detected. It was a short GRB, and this was super exciting as up until then we were not sure what created short GRBs. Last week three radio telescopes reported radiation from the merger site that is super faint, but is rising steadily. This is basically not the kind of radiation you would expect from the origin point of the GRB.
There was a neutron star merger announced a few months back. A gamma ray burst (GRB) was detected within a second that the gravitational wave merger was detected. It was a short GRB, and this was super exciting as up until then we were not sure what created short GRBs. Last week three radio telescopes reported radiation from the merger site that is super faint, but is rising steadily. This is basically not the kind of radiation you would expect from the origin point of the GRB.