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A Detailed Study of Galaxy Clusters with Weak Gravitational Lensing and X-rays 

Piel, Jennifer Miriam (2012-07-17)
Galaxy clusters represent the top of hierarchical structure formation with the largest dark matter halos. Their abundance with respect to mass and redshift can be used to constrain cosmological parameters. The most extensive ...
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Weak gravitational lensing analyses of clusters of galaxies 

Holhjem, Karianne (2011-04-04)
Comprising the most massive gravitationally bound and relaxed structures in the Universe, galaxy clusters are essential in providing a deeper understanding of the properties of dark matter. Being cosmologically young ...
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Weak Lensing Mass Determination of Eight X-ray Selected Galaxy Clusters from the 400d Survey 

Israel, Holger (2011-01-19)
Evolution in the mass function of galaxy clusters sensitively traces both the expansion history of the Universe and cosmological structure formation. Hence, measuring the number density of galaxy clusters as a function of ...
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Theoretical Aspects of Cosmic Shear and its Ability to constrain Cosmological Parameters 

Eifler, Tim Frederik (2009-03-13)
In the last decade weak gravitational lensing by the large-scale structure of the Universe, also called cosmic shear, has become an important tool to constrain cosmological parameters. Despite this success there remain ...
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Studying Galaxy-Galaxy Lensing and Higher-Order Galaxy-Mass Correlations Using the Halo Model 

Rödiger, Jens (2009-06-22)
In recent years, the distribution of galaxies in the Universe could be measured up to large distances and over a significant part of the sky. The analysis of this large-scale structure contains a wealth of cosmological ...
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Ray-Tracing Simulations of Weak Gravitational Lensing 

Hartlap, Jan (2009-07-02)
Weak gravitational lensing, i.e. the distortion of images of distant galaxies due to the deflection of light rays in gravitational fields, is a powerful method to study the matter distribution in the Universe. It can be ...
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Cosmic Shear and the Intrinsic Alignment of Galaxies 

Joachimi, Benjamin (2010-11-12)
Cosmology has recently entered an era of increasingly rich observational data sets, all being in agreement with a cosmological standard model that features only a small number of free parameters. One of the most powerful ...
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A Tale of Two Wide Separation Gravitational Lenses 

More, Anupreeta (2008)

Wide separation gravitational lens systems are good candidates to probe the matter (luminous+dark) distribution in massive halos. Investigation of two wide separation lens systems is carried out. MG 2016+112 is a quadruply ...

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Measuring cosmological weak lensing using the Advanced Camera for Surveys on board the Hubble Space Telescope 

Schrabback-Krahe, Tim Richard Walter (2008)
Following from the theory of General Relativity, light-bundles are deflected and differentially distorted while passing through the gravitational potential of matter inhomogeneities. The gravitational lensing effect caused ...
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Application of photometric redshifts on the correlation properties of galaxies and matter 

Hildebrandt, Hendrik Jürgen (2007)
In the past years cosmology, the science of the universe as a whole, has seen tremendous progress. The Lambda-Cold-Dark-Matter scenario is widely accepted as the standard model of cosmology describing the evolution of the ...
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AuthorBorm, Katharina (1)Bradač, Maruša (1)Buddendiek, Axel (1)Eifler, Tim Frederik (1)Hartlap, Jan (1)Hildebrandt, Hendrik Jürgen (1)Holhjem, Karianne (1)Israel, Holger (1)Joachimi, Benjamin (1)Klein, Matthias (1)... View MoreSubject
Kosmologie (22)
Cosmology (10)cosmology (9)dark matter (8)Dunkle Materie (7)Galaxienhaufen (7)Gravitationslinseneffekt (6)Galaxien (4)gravitational lensing (4)statistics (4)... View MoreClassification (DDC)520 Astronomie, Kartografie (22)530 Physik (10)310 Allgemeine Statistiken (1)... View MoreResource TypeDissertation oder Habilitation (22)... View MoreDate Issued2020 - 2021 (3)2010 - 2019 (10)2004 - 2009 (9)

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