MPA-HOMEPAGE |
|
Higher Resolution Simulations in Smaller Boxes | |||
MPA Homepage > Scientific Research > Research Groups > Galaxy Formation > VIRGO > Higher Resolution Simulations |
Go to:
Data Visualization (images & movies from Numerical Simulation projects)
VIRGO Members |
Introduction: Formation and Evolution of Large Scale Stucture Pic.1 This picture shows projected dark-matter distribution in four different model universes. It also shows the time evolution along horizontal sequence in each row. The cosmological parameters are the same as in the Virgo simulations for each model and the number of particles is also 2563, but the box size is smaller. Thus these simulations have higher mass resolution. Credit: Kauffmann, Colberg, Diaferio, and White, ref.1
Pic.2 Formation of Galaxy Clusters This picture shows the same cluster from the tCDM (left panel) and LCDM (right panel) model for redshifts of 2 (top), 1 (middle), and 0 (bottom). The simulations were run with the same phases of the intial density field but the sizes of the regions are different: 21x21x8 (Mpc/h)3 and 35x35x13 (Mpc/h)3 for tCDM and LCDM, respectively. Credit: Kauffmann, Colberg, Diaferio, and White, ref.1 Simulation Parameters (2563 particles)
Available data Snaphot outputs at 10 different redshifts for all the 4 models. Select cosmological model and redshift
Clustering of Galaxies in a Hierarchical Universe: I. Methods and Results at z=0, G. Kauffmann, J.M. Colberg, A. Diaferio, S.D.M. White, 1999, MNRAS, 303, 188-206, (Preprint astro-ph/9805283) Here is an example of proper credit for these Virgo data. Comments to: Virgo Administrator virgo@mpa-garching.mpg.de |