Subproject A6: A Theoretical Chemodynamical Model of the Milky Way Disk
Subproject A6: A Theoretical Chemodynamical Model of the Milky Way Disk
Andreas Just (ARI), Annalisa Pillepich (MPIA)
We construct a realistic chemodynamical model of the Galaxy's disk by combining semi-analytic techniques and ab-initio cosmological simulations. The first full astrometric data set DR2 of Gaia, supplemented by large spectroscopic surveys, allow a big leap forward to derive the star formation history, the dynamical evolution and the chemical enrichment of the stellar populations over the full disk range. Based on high-resolution cosmological magneto-hydrodynamical simulations, we quantify the underlying physical processes like radial migration, feedback, gas inflows, satellite accretion, and derive stellar age patterns.
Publications
Polyachenko, E. V.; Berczik, P.; Just, A.; Shukhman, I. G.
03/2020 MNRAS 492, 4819
Polyachenko, E. V.; Berczik, P.; Just, A.; Shukhman, I. G.
02/2020 MNRAS 492, 645
Editor: T. Lisker
