EPSON DSC picture

31 Ottobre 2018, ore 11:00 – Aula Convegni
Luigi Spinoglio 


A most exciting but still unknown process in modern astrophysics is how galaxy evolution develops from the last ten billion years. Star formation (SF) and accretion onto supermassive black holes (BHA) play this game. Around the peak of the SF and BHA rate histories (z=1-4), galaxies and stars develop in dusty heavily obscured environments, preventing optical/UV observations to reveal their nature. As opposite, IR spectroscopy (and photometry at higher redshift) will reveal physically galaxy evolution, allowing to measure through lines the main physical properties (e.g., ionization field, density, metallicity, gas velocities, etc.). I will show how the ESAJAXA (preselected in M5) mission SPICA will do this.     Also unknown, because deeply obscured by interstellar dust, is the early evolution of stars and planets, which will strongly benefit from key observations that only SPICA will be able to do. I will also outline the IR spectroscopy of proto-planetary disks and protostellar objects and FIR polarimetric images of interstellar filaments, to give a few examples.

Area Tor Vergata – IAPS

Via Fosso Del Cavaliere, 100

CONSIGLIO NAZIONALE DELLE RICERCHE - Area della Ricerca di Roma 2 - Tor Vergata Via del Fosso del Cavaliere, 100 - 00133 Roma