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MICE Simulations

  • MICE-GC dark-matter lightcone simulation at z = 0.6. The image shows the wide dynamic range, about 5 decades in scale, sampled by this Nbody simulation. Credits: P. Fosalba, M. Crocce, E. Gaztañaga, F. J. Castander.

Developing the largest cosmological dark matter simulations to date

This group is actively involved in developing astronomical surveys and galaxy catalogues, using the Marenostrum supercomputer, one the most powerful supercomputers in Europe.


Reproducing the history of the universe 

Using the GADGET Tree-PM N-body code on the massively parallel Marenostrum supercomputer (CPU hours awarded: 14+ million), one the most powerful supercomputers in Europe, hosted by the Barcelona Supercomputing Center, we are developing the largest cosmological dark matter simulations to date, involving up to 70 billions of particles in volumes of several thousands of million light-years aside.

Our aim is to reproduce, with unprecedented detail, the history of the universe, from much before the first stars formed up to nowadays, and determine how well future astronomical surveys, in which we are involved (such as DES, DESI, PAU, Euclid, and LSST), can answer these fundamental questions. Synthetic galaxy catalogues produced from the MICE simulations are publicly distributed using the dedicated web portal, CosmoHub, which currently has more than 400 registered users around the world.

For further details see the project web.

MICE logo

 

Senior institute members involved

Meet the senior researchers who participate in this research line.

  • Pablo Fosalba

    Pablo Fosalba

  • Francisco Javier Castander

    Francisco Javier Castander

  • Martin Crocce

    Martin Crocce

  • Enrique Gaztañaga

    Enrique Gaztañaga