- Pulsations and mass loss of early type stars
- Light atomic elements in the interstellar medium
- Late stages of stellar evolution
Research Area: STELLAR STRUCTURE AND EVOLUTION
Topics covered in this research area
- Stellar evolution, especially the late stages, for example:
- Mass loss
- Planetary nebulae
- Supernovae
- Stellar surface abundances
- Stellar surface structures
- Stellar pulsations
- Stellar magnetic fields and magnetic activity
- Low mass stars
- Black holes and neutron stars
These research topics are covered using observations from X-rays to Infrared, and with many different techniques, e.g., high resolution optical/IR spectroscopy, optical interferometry and polarimetry.
People working on this research area also meet regularly in so-called "stellar coffee".
Thesis topics offered on Stellar Structure and Evolution
Scientific Staff in Garching working on Stellar Structure and Evolution
Stellar Structure and Evolution · Faculty
Stellar Structure and Evolution · Faculty
- Novae Supernovae
- UV astronomy
- Future Telescopes
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
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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
Planets and Star Formation · Stellar Structure and Evolution · Faculty
- Magnetic activity in cool stars and stellar clusters
- Optical, NIR and X-ray spectroscopy of stars and circumstellar environments
- T Tauri and pre-main sequence stars
- Stellar surface imaging
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Stellar Structure and Evolution · Scientists
- Planetary nebulae
- Late stages of stellar evolution
- Stellar mass loss and interaction with the interstellar medium
Stellar Structure and Evolution · Scientists
- X-ray binaries
- Stellar mass black-holes
- Neutron stars
- Disc accretion outflows: winds and jets
Stellar Structure and Evolution · Scientists
- Galactic globular clusters
- Horizontal branch stars
- Late stages of stellar evolution
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Planets and Star Formation · Stellar Structure and Evolution · Faculty
- Precision Spectroscopy, direct measurement of the cosmic acceleration
- Light Element Abundances (Li and Be): Primordial Nucleosynthesis, Galactic Enrichment, Stellar Mixing
- Globular Clusters: light elements anti-correlations
- Chemical Abundance of stars in the local group, in clusters and in the field
- Exo-Planets, planets around evolved stars
Stellar Structure and Evolution · Faculty
Stellar Structure and Evolution · Faculty
- Galactic chemical evolution
- UV and optical astronomy
- High-resolution spectroscopy
Stellar Structure and Evolution · Faculty
- Optical Long Baseline Interferometry
- Stellar magnetic fields
- Star formation and stellar evolution
Planets and Star Formation · Stellar Structure and Evolution · Faculty
- High mass star formation
- Young (proto-)stellar clusters
- Young brown dwarfs
- Circumstellar disks and their evolution
Stellar Populations · Stellar Structure and Evolution · Faculty
- Resolved stellar populations
- Star Clusters
- Galactic Bulge
- Chemical Abundances
- Adaptive optics - NIR Imaging and Spectroscopy
Stellar Structure and Evolution · Faculty
Stellar Structure and Evolution · Faculty
Stellar Structure and Evolution · Fellows
- Progenitors of Supernovae
- Radiative Transfer
- Stellar Spectroscopy and Analysis
- Data Mining
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Stellar Structure and Evolution · Planets and Star Formation · Faculty
- Incidence and structure of magnetic fields of massive stars
- Magnetism and pulsations of early type stars
- Stellar surface and circumstellar imaging
- High-resolution, optical spectropolarimetry of stars and their circumstellar environment
Stellar Structure and Evolution · Cosmology and the Early Universe · Students
- Near Infrared Light Curves of Supernovae
- Spectral signatures in Type Ia supernovae
- Cosmology
Planets and Star Formation · Stellar Structure and Evolution · Fellows
- Stellar Rotation
- Exoplanets
- Hi-Precision Photometry and spectroscopy
- Stellar Evolution
- Circumstellar Environment
- Imagery Binarity
Stellar Structure and Evolution · Students
Planets and Star Formation · Stellar Structure and Evolution · Students
- Companions and debris around white dwarfs
- Type Ia supernova progenitors
- Periodic variability in white dwarfs
- Exoplanets
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Planets and Star Formation · Stellar Structure and Evolution · Students
- Stellar magnetic fields and activity
- Stellar wind modelling
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Stellar Structure and Evolution · Cosmology and the Early Universe · Students
- HII regions and planetary nebulae
- Spectral signatures of supernova remnants
Alvarado-GÓÃmez, JuliÓÅn David
Planets and Star Formation · Stellar Structure and Evolution · Students
- Solar/Stellar Magnetic Fields and Activity
- Plasma Astrophysics
- High Resolution Spectropolarimetry
Stellar Structure and Evolution · Stellar Populations · Students
- Stellar Population in Clusters
- Stellar dynamics in Globular Clusters
- Exotica in Globular Clusters (BSS)
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