The PRobe far-Infrared Mission for Astrophysics, PRIMA (PI: J. Glenn), is a cryogenically cooled far-infrared observatory with a diameter of 1.8 m. PRIMA has recently been selected for Phase-A study by NASA.
PRIMA’s current design includes two science instruments:
FIRESS: a powerful, multi-mode survey spectrometer covering wavelengths between 24 and 235 micrometer with two different spectral modes: a low-resolution mode with R =100 and a high-resolution FTS mode, which offers tunable spectral resolution up to R = 4400 at 112 um and 20 000 at 25 um.
PRIMAger is a multi-band spectrophotometric imager that offers hyperspectral linear variable filters in two bands (R = 10, PHI1 and PHI2) from 24 to 80 um together with polarimetric capabilities in four broadband filters (PPI) between 80 and 261 m.
If you want to know more about PRIMA, go to the official website.
If you want to understand how PRIMA will help disentangling the co-evolution of galaxies and super-massive balck holes, read my paper about it.
The pletheora of lines that will be observable with PRIMA
(Bisigello et al. 2024)
Example of the SED decomposition that it will be possible to perform with PRIMAger to disentangle the emission from star-formation and the AGN (Bisigello et al. 2024)