First-ever full observable universe simulation
Fly through 648 Mpc/h 2048^3
Zoom 162 h-1Mpc
Tranche Fullsky lcdmw5
Tranche 162 h-1Mpc lcdmw5
Curie
Bluegene

DEUS consortium

The goal of the DEUS project (Dark Energy Universe Simulation) is to investigate the imprints of dark energy on cosmic structure formation through high-performance numerical simulations

Recent News

Workshop : Origin of cosmic structures: numerical and theoretical approaches

IHP Trimester « Gravasco » N body gravitational dynamical systems From N=2 to infinity 9 Septembre, 2013 – 13 Décembre, 2013...

Posted on 12/13/2013

HPCwire Awards 2013: Best Application of Big Data in HPC

DENVER, CO. – November 25, 2013 - HPCwire, the leading publication for news and information from the high performance computing industry...

Posted on 11/19/2013

FORMATION OF THE UNIVERSE: THE BIG COMPUTATION A film by Luc Ronat and Jean-Michel Alimi, produced by CNRS Images (2013, 10 minutes)

For the first time ever, scientists have simulated how matter has evolved in the entire observable universe, from the...

Posted on 4/8/2013

A New AWARD for DEUS: Special Jury Prize Award for Innovation contest, Big Data 2013 (« Prix Special du Jury, Trophée de l’Innovation Big Data 2013″)

DEUS received Thursday, April 4 the « Prix Spécial du Jury du Trophée de l’innovation, Concours Big Data 2013″ (http://www.bigdataparis.com/2013-fr-trophee-innovation.php)...

Posted on 4/8/2013

HPCwire Awards 2012: Best use of HPC in « edge HPC » application

SALT LAKE CITY, UT. November 12, 2012 – HPCwire, the leading publication for news and information from the high...

Posted on 11/16/2012

Supercomputing 2012, Salt Lake City: First-ever full observable universe simulation

The paper « First-ever full observable universe simulation » was presented by Jean-Michel ALIMI at Supercomputing 2012 (DEUS Paper, SC2012), Salt...

Posted on 11/10/2012

Gallery

fof_boxlen21000_n8192_lcdmw7_halo_halo2_web cube-500-005-halo02.fof fof_boxlen21000_n8192_lcdmw7_cube_halo3_web