Difference between revisions of "Workshop2026:main"
From Gaia Science Alerts Working Group
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The main topics: | The main topics: | ||
| − | * Eleven Years of Gaia Science Alerts: overview | + | * Eleven Years of Gaia Science Alerts: overview, statistics and major discoveries. |
| − | * Lessons Learned from Alerts from Space: operational experience | + | * Lessons Learned from Alerts from Space: operational experience and alert detection pipelines. |
| − | * Future Space Transient Missions: SVOM, UltraSAT, PhotSAT, Einstein Probe, Roman | + | * Future Space Transient Missions: SVOM, UltraSAT, PhotSAT, Einstein Probe, Roman, PLATO, Ariel. |
| − | * Preparing for the LSST Era: alert | + | * Preparing for the LSST Era: alert streams, brokers, filtering and follow-up coordination. |
| − | * Follow-up Infrastructure and Telescope Networks: robotic | + | * Follow-up Infrastructure and Telescope Networks: robotic networks and global follow-up systems. |
| − | * BHTOM System: | + | * BHTOM System: platform for coordinated follow-up and time-domain data management. |
| − | * Citizen Science and Amateur Astronomy: contributions | + | * Citizen Science and Amateur Astronomy: small telescope contributions and EASST observing campaigns. |
| − | * Alert Brokers and Machine Learning: real-time alert processing, classification and filtering | + | * Alert Brokers and Machine Learning: real-time alert processing, classification and filtering. |
| − | * Multi-Messenger Astronomy: | + | * Multi-Messenger Astronomy: counterparts to gravitational waves, neutrinos and gamma-ray bursts. |
| − | * Solar System Alerts: detection and follow-up of asteroids, comets and | + | * Solar System Alerts: detection and follow-up of asteroids, comets and moving objects. |
| − | * Rare and Exotic Transients: | + | * Rare and Exotic Transients: tidal disruption events, luminous red novae and other unusual phenomena. |
| − | |||
| − | |||
| + | * Legacy and Archival Science: long-term value of the Gaia Alerts dataset for variability and ML training. | ||
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Revision as of 13:47, 10 March 2026
Welcome!
The 17th Gaia Science Alerts workshop and the ACME Time-Domain Workshop will take place in in Frejus, France, and online 31 Aug - 4 Sep 2026
The main topics:
- Eleven Years of Gaia Science Alerts: overview, statistics and major discoveries.
- Lessons Learned from Alerts from Space: operational experience and alert detection pipelines.
- Future Space Transient Missions: SVOM, UltraSAT, PhotSAT, Einstein Probe, Roman, PLATO, Ariel.
- Preparing for the LSST Era: alert streams, brokers, filtering and follow-up coordination.
- Follow-up Infrastructure and Telescope Networks: robotic networks and global follow-up systems.
- BHTOM System: platform for coordinated follow-up and time-domain data management.
- Citizen Science and Amateur Astronomy: small telescope contributions and EASST observing campaigns.
- Alert Brokers and Machine Learning: real-time alert processing, classification and filtering.
- Multi-Messenger Astronomy: counterparts to gravitational waves, neutrinos and gamma-ray bursts.
- Solar System Alerts: detection and follow-up of asteroids, comets and moving objects.
- Rare and Exotic Transients: tidal disruption events, luminous red novae and other unusual phenomena.
- Legacy and Archival Science: long-term value of the Gaia Alerts dataset for variability and ML training.
- Registration - opens soon
Workshop Organising Committee
Workshop Organising Committee:
- Lukasz Wyrzykowski (Warsaw)
- Simon Hodgkin (Cambridge)
- Stephane Basa (LAM)
- Fraser Gillan (NCBJ, Warsaw)
- Priscila Pessi (NCBJ, Warsaw)
The workshop is supported by the EC Horizon Europe ACME grant no 101131928.
