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My projects

I have worked on a wide range of topics concerning dwarf galaxies, the Local Universe, and dark matter. Please click on the images below for more details.

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01

Diversity of dwarf galaxy rotation curves

The mass discrepancy-acceleration relation; the "core-cusp" problem; the contribution of baryons to the potential; mock-observation and modelling of dwarf rotation curves; CDM, SIDM and MOND.

02

The Milky Way's satellites

Predicting the total "unabridged" satellite population around MW-mass halos in a LCDM framework; the contribution of "orphan" galaxies to MW halos; modelling dark matter and stellar tidal stripping.

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03

Local group dwarfs

Backsplash galaxies of the MW and M31; the local Hubble Flow; Tucana dSph and M33; predictions for field, isolated LG dwarf galaxy searches.

04

Magellanic satellites

The impact of late accretions of massive satellites on the MW halo; LMC analogs in Local Group environments; diagnostics to identify LMC-associated satellites in the MW.

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05

Planes of satellites

Identification and characterisation of planes of satellites in the MW and M31, as well as in cosmological simulations; kinematically-coherent long-living satellite planes; origin of planes as driven by the early evolution of the local Cosmic Web in LCDM.

06

The faint end of the Mstar-Mhalo relation

The minimum halo mass for galaxy formation; impact of the shape of the Mstar-Mhalo relation on the predicted satellite luminosity function around MW-mass and LMC-mass hosts.

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07

Dark matter particles in the solar neighborhood

Velocity distribution of Milky Way dark matter particles in the solar neighborhood; modelling the maximum "terminal" velocity of dark matter particles; direct detection halo models.

Contact

Leibniz-Institute for Astrophysics Potsdam (AIP)
An der Sternwarte 16

14482

Potsdam, Germany

©2026 I.M.E.S.S.

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