The best and brightest high redshift candidates
magnified by gravitational lensing

Building on the successes of CLASH and the Frontier Fields, and optimizing RELICS for high-redshift discovery, we expect to deliver between ~40-200 z ~ 9-12 candidates bright enough for follow-up study with current and future facilities including JWST.

Science

RELICS science topics include:
• high-redshift galaxies
• cluster mass scaling relations
• supernovae to empirically test lensing models
• dark matter particle constraints

Clusters

RELICS is obtaining the first HST infrared imaging of some of the most massive clusters according to Planck. Our less massive clusters are generally known to be exceptional lenses with existing ACS imaging.

Observations

We obtained 190 HST orbits (PI Coe) and 100 Spitzer hours (PI Bradač) to observe 46 fields strongly lensed by 41 massive galaxy clusters plus 19 blank fields in parallel (6' away).

Other pages

  • Data

    No proprietary period. Reduced HST images and catalogs delivered within 2-3 months of final epochs.

  • Publications

    Papers, posters, and presentations based on RELICS data.

  • Team

    Our international collaboration of experts.

  • Internal

    Team-only access.

Support for program GO-14096 is provided by NASA through a grant from the Space Telescope Science Institute, which is operated by the Association of Universities for Research in Astronomy, Inc., under NASA contract NAS 5-26555