Research Area: COSMOLOGY AND THE EARLY UNIVERSE
Topics covered in this research area
Subjects in this research area aim at understanding the dark contents of the Universe (Dark Matter and Dark Energy) with the goal of understanding its expansion history since the Big Bang.
- Type Ia supernovae as probes of Dark Energy
- Type II supernovae as extragalactic distance indicators (Hubble constant)
- X-ray clusters and the Sunyaev-Zel'dovich effect
- Weak lensing and the large-scale distribution of Dark Matter
- Cosmology with the European Extremeley Large Telescope (E-ELT)
Thesis topics offered on Cosmology and the Early Universe
Scientific Staff in Garching working on Cosmology and the Early Universe
Cosmology and the Early Universe · Scientists
- Quasar surveys
- X-ray surveys
- Quasar absorption lines
- Computational astronomy
Cosmology and the Early Universe · Faculty
- Observational cosmology
- High-redshift galaxies and quasars
- Active Galactic Nuclei (AGNs)
- Large Scale Structure and peculiar motion of galaxies
Cosmology and the Early Universe · Faculty
Cosmology and the Early Universe · Faculty
- Damped Lyman-alpha Absorbers at high redshift
- Dust at high redshift
- Galaxy Formation and Evolution
- Formation of Large Scale Structure
- Absorption and emission scaling relations of DLA galaxies and GRB hosts
- Redshift Evolution of galaxy scaling relations
Cosmology and the Early Universe · Faculty
- Supvernovae, their use as distance indicators
- IR spectroscopy
- High resolution spectroscopy
Evolution of Galaxies and the ISM · Cosmology and the Early Universe · Faculty
- The formation and evolution of galaxies
- High-redshift galaxies and galaxy clusters
- Cosmological simulations
- Gravitational lensing
Evolution of Galaxies and the ISM · Cosmology and the Early Universe · Scientists
- High-redshift radio galaxies (optical/IR line-emission), AGN's
- Galaxy structure: edge-on galaxies, thin and thick disks
- Optical and infrared instrumentation
Cosmology and the Early Universe · Evolution of Galaxies and the ISM · Faculty
- Millimeter/ Submillimeter Instrumentation
- Formation and Evolution of Galaxy Clusters
- Sunyaev-Zel´dovich (SZ) Effect and X-ray Observations of Galaxy Clusters
- Cosmic Microwave Background
Cosmology and the Early Universe · Evolution of Galaxies and the ISM · Faculty
- Galaxy formation and evolution
- High-redshift galaxies
- Multi-wavelength properties of distant galaxies
- 3D spectroscopy
Cosmology and the Early Universe · Students
- cosmology
- quasar spectroscopy
- varying constants
Cosmology and the Early Universe · Evolution of Galaxies and the ISM · Faculty
- Active Galactic Nuclei: structure, populations
- Galaxy - supermassive black hole coevolution
Cosmology and the Early Universe · Stellar Structure and Evolution · Students
- Cepheids
- Distance measurements
- Chemical abundances
Cosmology and the Early Universe · Evolution of Galaxies and the ISM · Fellows
- Galaxy Clusters
- Galaxy Evolution
- Structure Formation
- Large Optical and (Near-)Infrared Surveys
Cosmology and the Early Universe · Stellar Structure and Evolution · Fellows
- Stellar astrophysics: variability, multiplicity, evolution
- Cosmology: distance scale
Cosmology and the Early Universe · Evolution of Galaxies and the ISM · Faculty
- Observational cosmology
- Formation and evolution of galaxies and QSOs
- Far infrared and submillimetric extragalactic backgrounds
Cosmology and the Early Universe · Students
- Galaxy formation and structure
- Late type galaxies
- Environmental effects on evolution of galaxies
- Disc-breaks in late type galaxies
Evolution of Galaxies and the ISM · Cosmology and the Early Universe · Fellows
- Multiwavelength observations of galaxies and accreting black holes across cosmic time
- The role of the interstellar medium in galaxy and black-hole co-evolution
Cosmology and the Early Universe · Students
- Multiwavelength Observations
- Merging Galaxy Clusters
- Intracluster Medium and Plasma Physics
- High energy Astrophysics
- Sunyaev Zeldovich Effect
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