ADF22+: a declining faint end in the far-infrared luminosity function in the SSA22 protocluster at z=3.09
arXiv:2503.23372 · doi:10.1051/0004-6361/202554868
Abstract
Protoclusters represent the densest regions of cosmic large-scale structure in the early universe and are the environment where present-day massive elliptical galaxies are assembled. Millimeter continuum emission offers a powerful probe of obscured star formation at high redshifts across various environments. In this paper, we present a deep ALMA 1.17 mm mosaic of the central 8 arcmin ( comoving Mpc) region in the SSA22 protocluster at to study the faint dusty star-forming galaxy (DSFG) population. The continuum map achieves an RMS noise level of Jy beam at $\approx1\arcsec$ spatial resolution, the depth of previous observation of this field. We detected 53 sources with a signal-to-noise ratio above 4.2, doubling the number of detections. Utilizing optical to mid-infrared ancillary data, we search for spectroscopic redshift and identify 18 of 53 as cluster members. For sources with more than two photometric data points in the near-infrared, stellar mass () and star formation rate (SFR) from spectral energy distribution fitting are presented. The 1.17 mm number count shows excess at flux density mJy but are consistent with blank field in fainter flux bins. The monochromatic far-infrared luminosity function of the SSA22 protocluster core region suggests a lack of faint DSFGs. All SSA22 protocluster member galaxies detected at 1.17 mm have SFR within the -SFR relation of general star-forming galaxies. Our results suggest that an early overdense environment like SSA22 protocluster predominantly enhances the formation of massive early-type galaxies in present-day galaxy clusters, but that the star formation in individual member galaxies is likely driven by gas supply along the cosmic web and occurs in a secular way.
Accepted for publication in A&A
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