Predicting Multi-Wavelength Properties of Lyman Break Galaxies with GalICS

Chapter in The Evolution of Galaxies, Springer Nature (2003) 79-82

Authors:

Jérémy Blaizot, Bruno Guiderdoni, Julien EG Devriendt, Francqis R Bouchet, Steve Hatton

Predicting multi-wavelength properties of Lyman break galaxies with GalICS

ASTROPHYS SPACE SCI 284:2 (2003) 373-376

Authors:

J Blaizot, B Guiderdoni, JEG Devriendt, FR Bouchet, S Hatton

Abstract:

GalICS (for GALaxies In Cosmological Simulations) is a model of hierarchical galaxy formation which combines high resolution numerical simulations for the dark matter component with semi-analytic prescriptions for the baryonic matter. It provides us with an explicit cosmological framework to analyse observations of distant galaxies, and to understand how they evolve to become local galaxies. We use GalICS to build multi-wavelength mock galaxy catalogues which include clustering properties. We can compare them to the sample of Lyman Break Galaxies at z=3 ( Steidel et al., 1996), and to deep sub-mm surveys. The predictions of the model will be detailed, and show a good agreement with the available data.

Recombining WMAP: Constraints on ionizing and resonance radiation at recombination

PHYSICAL REVIEW D 68:8 (2003) ARTN 083501

Authors:

R Bean, A Melchiorri, J Silk

Sne IA and the formation history of early-type galaxies

IGM/GALAXY CONNECTION: THE DISTRIBUTION OF BARYONS AT Z(EQUAL)0 281 (2003) 229-230

Authors:

I Ferreras, J Silk

Star Formation in a Multi-Phase Interstellar Medium

Chapter in The Evolution of Galaxies, Springer Nature (2003) 539-542

Authors:

Adrianne Slyz, Julien Devriendt, Greg Bryan, Joseph Silk