We provide a new multi-waveband compilation of the data describing the cosmological evolution of quasars, and discuss a model that attributes the evolution to variation in the rate of merging between dark halos in a hierarchical universe. We present a new Press-Schechter calculation of the expected merger rate and show that this can reproduce the principal features of the evolution. We also show that the evolution in the star-formation history of the universe is well-described by this model
Mergers between distinct objects are a natural part of hierarchical structure formation. Mergers are...
We demonstrate that the evolution of the QSO luminosity density with epoch displays a striking simil...
14 pages, 4 figuresThis series of papers is intended to evaluate astrocladistics in reconstructing p...
We provide a new multi-waveband compilation of the data describing the cosmological evolution of qua...
The formation and evolution of galaxies and the supermassive black holes they harbor at their nuclei...
The formation and evolution of galaxies and the supermassive black holes they harbor at their nuclei...
We describe the GALFORM semi-analytic model for calculating the formation and evolution of galaxies ...
Evolution of the content and light of galaxies are studied to determine their significance for cosmo...
We incorporate a simple scheme for the growth of supermassive black holes into semi-analytic models ...
We link the evolution of the galaxies in the hierarchical clustering scenario with the changing accr...
The formation and evolution of galaxies and the supermassive black holes they harbor at their nuclei...
We present an analytical description of the merging of virialized haloes which is applicable to any ...
I discuss new results based on investigating the processes by which galaxies are assembling in the e...
revised version, accepted for publication in the ApJ, emulateapj, 15 pages, 16 figure
We study the evolution of the cosmic star formation by computing the luminosity density (LD) in the ...
Mergers between distinct objects are a natural part of hierarchical structure formation. Mergers are...
We demonstrate that the evolution of the QSO luminosity density with epoch displays a striking simil...
14 pages, 4 figuresThis series of papers is intended to evaluate astrocladistics in reconstructing p...
We provide a new multi-waveband compilation of the data describing the cosmological evolution of qua...
The formation and evolution of galaxies and the supermassive black holes they harbor at their nuclei...
The formation and evolution of galaxies and the supermassive black holes they harbor at their nuclei...
We describe the GALFORM semi-analytic model for calculating the formation and evolution of galaxies ...
Evolution of the content and light of galaxies are studied to determine their significance for cosmo...
We incorporate a simple scheme for the growth of supermassive black holes into semi-analytic models ...
We link the evolution of the galaxies in the hierarchical clustering scenario with the changing accr...
The formation and evolution of galaxies and the supermassive black holes they harbor at their nuclei...
We present an analytical description of the merging of virialized haloes which is applicable to any ...
I discuss new results based on investigating the processes by which galaxies are assembling in the e...
revised version, accepted for publication in the ApJ, emulateapj, 15 pages, 16 figure
We study the evolution of the cosmic star formation by computing the luminosity density (LD) in the ...
Mergers between distinct objects are a natural part of hierarchical structure formation. Mergers are...
We demonstrate that the evolution of the QSO luminosity density with epoch displays a striking simil...
14 pages, 4 figuresThis series of papers is intended to evaluate astrocladistics in reconstructing p...