Chairs: Leanne Guy, Keith Bechtol, Aaron Meisner, Masao Sako

There will be a wide variety of science synergies enabled by the combination of observations from the Rubin Observatory and its Legacy Survey of Space and Time (LSST); the Nancy Grace Roman Space Telescope; and the Euclid Space Telescope. In particular, joint data processing of these next-generation surveys holds immense potential scientific value, spanning numerous areas of astronomy and cosmology. This session will bring together what work and planning has already been done, and what remains on the road ahead.

Please contact the session chairs with any questions, or if you'd like to volunteer to help with this session.
 

Session Talks

Euclid-Rubin Synergy (30 minutes total)

• Review of the overlap and synergies between Roman/Rubin/Euclid, the surveys, e.g. in terms of footprint, timeline, filters, resolution, accuracy, depth, observing plans, and the timescales for data releases. What will be the early data? Aaron Meisner - 10+5 minutes
• Update from the Rubin-Euclid DDP Implementation Working Group: James Colbert (Euclid) and Tod Lauer (Rubin) - 10+5 minutes

Roman-Rubin Synergy (30 minutes total)

• Overview of Roman Core Community Survey definition process (Keith Bechtol / Masao Sako) - 5 minutes
• Example science motivation for Roman-Rubin synergy to inform the designs of Roman Core Community Surveys
  • High Latitude Wide Area (Leanne Guy on behalf of Fed Bianco) - 5 minutes
  • High Latitude Time Domain (Michael Wood-Vasey) - 5 minutes
  • Galactic Bulge (Katarzyna Kruszyńska) - 5 minutes
• Status updates from Roman Core Community Survey definition committees
  • High Latitude Wide Area (Keith Bechtol) - 5 minutes
  • High Latitude Time Domain (Masao Sako) - 5 minutes

Simulations & Data Access (30 minutes total)

• Same-sky Roman+Rubin simulations – Jim Chiang - 10 minutes
• Same-sky Rubin-Euclid simulations – Axel Guinot -10 minutes
• Hosting the same-sky Roman+Rubin simulations in the NASA science cloud – Gregory Dubois-Felsmann - 10 minutes