SVOM has begun detecting and characterizing gamma-ray bursts from space, validating its multi-band capabilities on both shared and SVOM-only events.
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SVOM/VT onboard pipeline processes images in real time to deliver VHF data for 78% of slewed GRBs and identify optical counterparts in 56% of cases within 18 minutes.
The SVOM/VT instrument reaches 22.5 AB mag sensitivity and detects about 80% of targeted gamma-ray bursts, outperforming Swift/UVOT and enabling high-redshift studies.
The MXT data analysis pipeline automatically processes raw X-ray event data into calibrated science products for the SVOM mission's observations of GRBs and transients.
Pre-launch tests confirm the SVOM/VT flight model meets requirements for stray light suppression, thermal stability, and detection sensitivity of magnitude 22.5.
citing papers explorer
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First Gamma-Ray Burst Observations with SVOM
SVOM has begun detecting and characterizing gamma-ray bursts from space, validating its multi-band capabilities on both shared and SVOM-only events.
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SVOM/VT: Real-Time Onboard Data Processing
SVOM/VT onboard pipeline processes images in real time to deliver VHF data for 78% of slewed GRBs and identify optical counterparts in 56% of cases within 18 minutes.
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SVOM/VT: Instrument Overview, Science Objectives, and First-Year Performance
The SVOM/VT instrument reaches 22.5 AB mag sensitivity and detects about 80% of targeted gamma-ray bursts, outperforming Swift/UVOT and enabling high-redshift studies.
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The data analysis pipeline for the Microchannel X-ray Telescope on board the SVOM mission
The MXT data analysis pipeline automatically processes raw X-ray event data into calibrated science products for the SVOM mission's observations of GRBs and transients.
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SVOM/VT: Flight Model Verification and Pre-launch Testing
Pre-launch tests confirm the SVOM/VT flight model meets requirements for stray light suppression, thermal stability, and detection sensitivity of magnitude 22.5.