›Metals in 3D: New insights from Integral Field Spectroscopy
The advent of integral field spectroscopy (IFS) has provided astronomers with new tools to study the evolution of galaxies. 3D spectroscopic mapping of emission and absorption line fluxes and their corresponding kinematics of galaxies at different cosmic times have provided unique clues for our understanding of galaxy formation and evolution. IFS instruments have been applied in exploration of chemical properties of galaxies in the optical and infrared domains, from the Local Volume to
Metallicity is a fundamental property in the Universe: interstellar medium (ISM) elemental abundances and dust content; stellar populations; the evolution of galaxies and the intergalactic medium are all strongly linked to their metal content, as it controls the cooling function and the formation of the first stars and galaxies. In this meeting we propose to review the impact of IFS on the recent metal content results for a large diversity of objects in the Universe, and to design new ambitious programs to extend these studies with the next generation of IFS instruments, including AO-assisted IFS in the optical and NIR.
Keeping all this in mind, we will organize this conference to gather most active researchers and technical experts in IFS in a forum to show and discuss achievements of 3D IFS and its unique insight into the metal content of the Universe. Our goal is to exchange new ideas about key problems, and possible solutions in this field. We hope that this meeting will provide most useful inputs to all participants for the optimum exploitation of present and future IFS instruments, while enlarging
the growing community of researchers working with 3D spectroscopy.