GCN Circulars
GCN Circulars are rapid astronomical bulletins submitted by and distributed to community members worldwide. They are used to share discoveries, observations, quantitative near-term predictions, requests for follow-up observations, or future observing plans related to high-energy, multi-messenger, and variable or transient astrophysical events. See the documentation for help with subscribing to or submitting Circulars.
To navigate to a specific circular, enter the associated Circular ID (e.g. 'gcn123', 'Circular 123', or '123').
20 results found.
- LIGO/Virgo S200316bj: Upper limits from Konus-Wind observations
- LIGO/Virgo S200316bj: no counterpart candidate in SVOM/GWAC-F30 observations
- LIGO/Virgo S200316bj: Updated Sky Localization and EM Bright Classification
- LIGO/Virgo S200316bj : No significant candidates in TAROT - FRAM - GRANDMA observations.
- LIGO/Virgo S200316bj: Upper limits from Insight-HXMT/HE observations
- LIGO/Virgo S200316bj: no counterpart candidate in SVOM/GWAC observations
- LIGO/Virgo S200316bj: Upper limits from CALET observations
- LIGO/Virgo S200316bj: No neutrino candidates at Pierre Auger Observatory
- LIGO/Virgo S200316bj: No counterpart candidates in Fermi-LAT observations
- LIGO/Virgo S200316bj: No Counterparts in DDOTI/OAN Optical Observations
- LIGO/Virgo S200316bj: no counterpart candidates in the Swift/BAT observations
- LIGO/Virgo S200316bj: No counterpart candidates in INTEGRAL SPI-ACS, and IBIS prompt observation
- LIGO/Virgo S200316bj: upper limits from AGILE/GRID observations
- LIGO/Virgo S200316bj: upper limits from AGILE/MCAL observations
- LIGO/Virgo S200316bj: Upper limits from Fermi-GBM Observations
- LIGO/Virgo S200316bj: Coverage and upper limits from MAXI/GSC observations
- LIGO/Virgo S200316bj : no neutrino counterpart candidate in ANTARES search
- LIGO/Virgo S200316bj: Upper limits from IceCube neutrino searches
- LIGO/Virgo S200316bj: Identification of a GW compact binary merger candidate
- LIGO/Virgo S200316bj: Global MASTER-Net observations report