We investigate the cosmological Fisher information in the non-linear dark-matter power spectrum in the context of the halo model. We find that there is a plateau in information content on translinear scales which is generic to all cosmological parameters we tried. There is a rise in information on smaller scales, but we find that it is quite degenerate among different cosmological parameters (except, perhaps, the tilt). This suggests that the non-linear regime of the dark-matter power spectrum could be of little practical use to constrain cosmological parameters. Finally, we suggest ways to get around this problem, such as removing the largest haloes from consideration in survey analysis
I study the evolution of haloes density profiles as a function of time in the SCDM and LCDM cosmolog...
Interest is rising in exploiting the full shape information of the galaxy power spectrum, and in pus...
We investigate the nonlinear evolution of structure in variants of the standard cosmological model w...
We find that nonlinearities in the dark matter power spectrum are dramatically smaller if the densit...
Interest rises to exploit the full shape information of the galaxy power spectrum, as well as pushin...
We modify the public PM code developed by Anatoly Klypin and Jon Holtzman to simulate cosmology with...
High-resolution N-body simulations are used to examine the power spectrum dependence of the concentr...
We investigate how different cosmological parameters, such as those delivered by the WMAP and Planck...
The galaxy power spectrum is now a well-known tool of precision cosmology. In addition to the overal...
We explore the dependence of the central logarithmic slope of dark matter halo density profiles 	...
Future large-scale structure surveys of the Universe will aim to constrain the cosmological model an...
We present the results of a large library of cosmological N-body simulations, using power-law initia...
The abundance of dark matter haloes is one of the key probes of the growth of structure and expansio...
This thesis explores topics related to the formation and development of the large-scale structure i...
We undertake the first comprehensive and quantitative real-space analysis of the cosmological inform...
I study the evolution of haloes density profiles as a function of time in the SCDM and LCDM cosmolog...
Interest is rising in exploiting the full shape information of the galaxy power spectrum, and in pus...
We investigate the nonlinear evolution of structure in variants of the standard cosmological model w...
We find that nonlinearities in the dark matter power spectrum are dramatically smaller if the densit...
Interest rises to exploit the full shape information of the galaxy power spectrum, as well as pushin...
We modify the public PM code developed by Anatoly Klypin and Jon Holtzman to simulate cosmology with...
High-resolution N-body simulations are used to examine the power spectrum dependence of the concentr...
We investigate how different cosmological parameters, such as those delivered by the WMAP and Planck...
The galaxy power spectrum is now a well-known tool of precision cosmology. In addition to the overal...
We explore the dependence of the central logarithmic slope of dark matter halo density profiles 	...
Future large-scale structure surveys of the Universe will aim to constrain the cosmological model an...
We present the results of a large library of cosmological N-body simulations, using power-law initia...
The abundance of dark matter haloes is one of the key probes of the growth of structure and expansio...
This thesis explores topics related to the formation and development of the large-scale structure i...
We undertake the first comprehensive and quantitative real-space analysis of the cosmological inform...
I study the evolution of haloes density profiles as a function of time in the SCDM and LCDM cosmolog...
Interest is rising in exploiting the full shape information of the galaxy power spectrum, and in pus...
We investigate the nonlinear evolution of structure in variants of the standard cosmological model w...