Research Area: STELLAR POPULATIONS
Topics covered in this research area
Subject in this research area aim at understanding the stellar content of nearby star clusters and galaxies with the goal of understanding their formation and evolution history.
- Resolved and unresolved star cluster (formation, stellar content, destruction)
- Resolved stellar populations in the Local Group and nearby galaxies
- Dwarf galaxies (stellar content and dynamics)
- Nearby galaxies (integrated light, dynamics, central objects)
Thesis topics offered on Stellar Populations
Scientific Staff in Garching working on Stellar Populations
Evolution of Galaxies and the ISM · Stellar Populations · Faculty
- Galactic kinematics and dynamics
- Stellar galaxy halos
- Intracluster light
- Stellar populations
- Kinematic decoupling in galaxies
- Extragalactic Planetary Nebulae
- 3D spectroscopy
- Supermassive black holes
Stellar Populations · Evolution of Galaxies and the ISM · Faculty
- Galactic dynamics
- Early-type galaxies
- Stellar populations
- 3D spectroscopy
- Numerical simulations
- Data analysis softwares
Stellar Populations · Evolution of Galaxies and the ISM · Faculty
- Dwarf galaxies in galaxy clusters
- Extragalactic globular clusters
- Stellar populations
- Element abundances of galactic globular clusters
Planets and Star Formation · Stellar Populations · Faculty
- Transiting exoplanets
- Nearby brown dwarfs and low mass stars
- Milky Way structure and star clusters
Planets and Star Formation · Stellar Populations · Stellar Structure and Evolution · Faculty
- Pre-main Sequence Stars in massive star-burst Clusters
- Stellar Population in Clusters
- Stellar dynamics in Globular Clusters
- Exotica in Globular Clusters (BSS, MSP, IMBH)
- Resolved stellar populations in dSph
Cosmology and the Early Universe · Planets and Star Formation · Stellar Populations · Stellar Structure and Evolution · Faculty
- Central Parsecs of AGN
- High-Mass Star Formation
- Evolved Star Mass Loss
- Millimetre and Submillimetre Astronomy
Stellar Populations · Faculty
- Galaxy formation and evolution
- Stellar populations of early-type galaxies
- Extragalactic globular clusters
- Integral-field spectroscopy
Stellar Populations · Evolution of Galaxies and the ISM · Faculty
- Resolved stellar populations in nearby galaxies
- Globular clusters in the Milky Way and nearby galaxies
- Variable stars
- Distance indicators
- Optical and near-IR imaging and spectroscopy
Stellar Populations · Faculty
- Stellar populations in nearby Galaxies
- Distance measurements
- Star formation and early stellar evolution
Stellar Populations · Stellar Structure and Evolution · Faculty
- Resolved stellar populations
- Star Clusters
- Galactic Bulge
- Chemical Abundances
- Adaptive optics - NIR Imaging and Spectroscopy
Stellar Populations · Stellar Structure and Evolution · Planets and Star Formation · Faculty
- Interacting binaries
- Exoplanets
- Star and planet formation
- Stellar Population in Clusters
Stellar Populations · Evolution of Galaxies and the ISM · Faculty
- Galaxy formation and evolution
- Nuclear star clusters formation and evolution
- The interplay between baryons and dark matter in galaxies
- Near-IR properties of stellar populations
- Stellar spectral libraries
Stellar Populations · Evolution of Galaxies and the ISM · Students
- Galaxy formation and evolution
- AGN feedback
- 3D spectroscopy
- Stellar populations in galaxies
Stellar Populations · Evolution of Galaxies and the ISM · Students
- Planetary Nebulae as dynamical probes of galaxies
Planets and Star Formation · Stellar Populations · Students
Evolution of Galaxies and the ISM · Stellar Populations · Fellows
- Dark matter distribution of galaxies
- Hierarchical growth of galaxies
- Milky Way halo substructure
- Globular clusters in nearby galaxies
- Large surveys
Stellar Populations · Fellows
- Formation and evolution of low-mass stellar systems (primarily globular clusters and dwarf galaxies).
- Internal kinematics of globular clusters and dwarf galaxies.
- Discrete dynamical modelling of globular clusters and dwarf galaxies.
- Dynamics of the globular cluster and dwarf galaxy populations in the Milky Way.
- Analysis of large proper-motion datasets from HST and Gaia.
Planets and Star Formation · Stellar Populations · Faculty
- Young stellar populations
- Circumstellar environment
- Interstellar gas dynamics
Stellar Populations · Students
- The use of globular clusters as tracers for the formation of galaxy halos. Particularly the globular cluster chemistry, age and dynamics.
Stellar Structure and Evolution · Planets and Star Formation · Stellar Populations · Scientists
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