SQuIGGLE

Studying Quenching in Intermediate-z Galaxies: Gas, Angular Momentum, and Evolution

The Survey

Catching massive galaxies just after they quench.

SQuIGGLE targets massive post-starburst galaxies at intermediate redshift. As the unpolluted byproducts of the rapid quenching process, these post-starburst galaxies offer a direct window into the physics that drives the formation of the most massive galaxies in the Universe.

We are assembling a multi-wavelength portrait of this rare transitional population: recent star formation histories and rates (SDSS · DESI · Keck · Magellan · Gemini), structures (HST · Subaru/HSC), cold gas and dust (ALMA), AGN properties (VLA · SDSS · WISE), and, most recently, dust-obscured star formation (JWST/NIRSpec IFU).

Publications

The SQuIGGLE paper archive.

The Team

The people building SQuIGGLE.

Pittsburgh
Postdoc · Geneva
Grad Student · Texas A&M
Professor · Zürich
Alex Geiger
Grad Student · Texas A&M
Research Professor · Princeton
Professor · Princeton
Postdoc · Lethbridge
Mary Knowlton
Undergraduate · Texas A&M
Professor · Leiden
Grad Student · RIT
Postdoc · Texas A&M
Professor · Florida
Grad Student · Florida
Postdoc · JHU
Assistant Professor · Texas A&M
Assistant Professor · CU Boulder
Grad Student · UIUC
Grad Student · Pittsburgh
Grad Student · DAWN