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Sergey Khoperskov

PhD in astrophysics

I am a postdoctoral researcher in the Milky Way and Local Volume group at the Leibniz Institute for Astrophysics Potsdam (AIP) in Germany. My research lies at the intersection of computational astrophysics and galactic archaeology, with a primary focus on unravelling the mechanisms that drive galaxy formation and evolution. I am particularly passionate about reconstructing the Milky Way’s present-day structure, long-term evolution, and formation history. I leverage cutting-edge simulations and harness big data from large-scale stellar Galactic surveys to achieve this.

Research Interests

GALACTIC DYNAMICS

Formation of galactic discs, origin of spiral structure, non-equilibrium processes in galaxies; dynamical models and assembly history of Milky Way; role of the Local Volume environment; build-up of stellar haloes, streams and dynamics of globular clusters

GALACTIC CHEMICAL EVOLUTION

Origin of elements, formation of abundance relations and spatial variations; interpretation of data from Gaia, APOGEE, Galah, LAMOST and soon 4MOST

COMPUTATIONAL ASTROPHYSICS

code development; N-body, hydrodynamical simulations; cosmological galaxy formation simulations; machine learning applications for simulations and observational data

News

DEC 2024

NOV 2024

The first three papers about a new method of Milky Way reconstruction are out. Check them on arxiv!

OCT 2024

Calibration runs of HESTIA-2 are completed

MAY 2024

Another 8 M core-h for HESTIA-2 runs granted on IRENE

APR 2024

Computational time (26M core-h) for the new generation LG simulations is granted on SuperMUC-NG (Garching)

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