C o D E C S Coupled Dark Energy Cosmological SimulationsCoDECS.html
 

the simulations:

[ for the simulations that are already FINISHED click on the model to access the database ]

ΛCDM-L (present status: FINISHED) The model: Standard model with fiducial WMAP7 parameters. Normalized at CMB. Expected σ8=0.809. Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.17 x 1010 Mo/h CDM Mass (at z=0): 5.84 x 1010 Mo/hCoDECS_LCDM-L.htmlCoDECS_LCDM-L.htmlshapeimage_5_link_0
EXP003-L (present status: FINISHED) The model: Coupled DE with exp potential and constant coupling β=0.15. Normalized at CMB. Expected σ8=0.967. Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.17 x 1010 Mo/h CDM Mass (at z=0): 5.84 x 1010 Mo/hCoDECS_EXP003-L.htmlCoDECS_EXP003-L.htmlshapeimage_7_link_0
EXP008e3-L (present status: FINISHED) The model: Coupled DE with exp potential and variable coupling β=0.4 exp(3ϕ/MPl). Normalized at CMB. Expected σ8=0.895 Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.17 x 1010 Mo/h CDM Mass (at z=0): 5.84 x 1010 Mo/hCoDECS_EXP008e3-L.htmlCoDECS_EXP008e3-L.htmlshapeimage_9_link_0
ΛCDM-H (present status: FINISHED) The model: Standard model with fiducial WMAP7 parameters. Normalized at CMB. Expected σ8=0.809. Box Size: 80 Mpc/h Particles Number: 2 x 512^3 Gravitational Softening: 3.5 kpc/h Hydrodynamics: YES Baryon Mass: 4.78 x 107 Mo/h CDM Mass (at z=0): 2.39 x 108 Mo/hCoDECS_LCDM-H.htmlCoDECS_LCDM-H.htmlshapeimage_11_link_0
EXP003-H (present status: FINISHED) The model: Coupled DE with exp potential and constant coupling β=0.15. Normalized at CMB. Expected σ8=0.967 Box Size: 80 Mpc/h Particles Number: 2 x 512^3 Gravitational Softening: 3.5 kpc/h Hydrodynamics: YES Baryon Mass: 4.78 x 107 Mo/h CDM Mass (at z=0): 2.39 x 108 Mo/hCoDECS_EXP003-H.htmlCoDECS_EXP003-H.htmlshapeimage_13_link_0
EXP002-L (present status: FINISHED) The model: Coupled DE with exp potential and constant coupling β=0.1. Normalized at CMB. Expected σ8=0.875 Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.17 x 1010 Mo/h CDM Mass (at z=0): 5.84 x 1010 Mo/hCoDECS_EXP002-L.htmlCoDECS_EXP002-L.htmlshapeimage_14_link_0
EXP001-L (present status: FINISHED) The model: Coupled DE with exp potential and constant coupling β=0.05. Normalized at CMB. Expected σ8=0.825 Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.17 x 1010 Mo/h CDM Mass (at z=0): 5.84 x 1010 Mo/hCoDECS_EXP001-L.htmlCoDECS_EXP001-L.htmlshapeimage_16_link_0
EXP001-H (present status: FNISHED) The model: Coupled DE with exp potential and constant coupling β=0.05. Normalized at CMB. Expected σ8=0.825 Box Size: 80 Mpc/h Particles Number: 2 x 512^3 Gravitational Softening: 3.5 kpc/h Hydrodynamics: YES Baryon Mass: 4.78 x 107 Mo/h CDM Mass (at z=0): 2.39 x 108 Mo/hCoDECS_EXP001-H.htmlCoDECS_EXP001-H.htmlshapeimage_19_link_0
EXP002-H (present status: FINISHED) The model: Coupled DE with exp potential and constant coupling β=0.1. Normalized at CMB. Expected σ8=0.875 Box Size: 80 Mpc/h Particles Number: 2 x 512^3 Gravitational Softening: 3.5 kpc/h Hydrodynamics: YES Baryon Mass: 4.78 x 107 Mo/h CDM Mass (at z=0): 2.39 x 108 Mo/hCoDECS_EXP002-H.htmlCoDECS_EXP002-H.htmlshapeimage_21_link_0
EXP008e3-H (present status: FINISHED) The model: Coupled DE with exp potential and variable coupling β=0.4 exp(3ϕ/MPl). Normalized at CMB. Expected σ8=0.895 Box Size: 80 Mpc/h Particles Number: 2 x 512^3 Gravitational Softening: 3.5 kpc/h Hydrodynamics: YES Baryon Mass: 4.78 x 107 Mo/h CDM Mass (at z=0): 2.39 x 108 Mo/hCoDECS_EXP008e3-H.htmlCoDECS_EXP008e3-H.htmlshapeimage_23_link_0

L-CoDECS

H-CoDECS

SUGRA003-L (present status: FINISHED) The model: Coupled DE with SUGRA potential and constant coupling β=-0.15. Normalized at CMB. Expected σ8=0.806 Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.17 x 1010 Mo/h CDM Mass (at z=0): 5.84 x 1010 Mo/hCoDECS_SUGRA003-L.htmlCoDECS_SUGRA003-L.htmlshapeimage_24_link_0
SUGRA003-H (present status: FINISHED) The model: Coupled DE with SUGRA potential and constant coupling β=-0.15. Normalized at CMB. Expected σ8=0.806 Box Size: 80 Mpc/h Particles Number: 2 x 512^3 Gravitational Softening: 3.5 kpc/h Hydrodynamics: YES Baryon Mass: 4.78 x 107 Mo/h CDM Mass (at z=0): 2.39 x 108 Mo/hCoDECS_SUGRA003-H.htmlCoDECS_SUGRA003-H.htmlshapeimage_27_link_0
CoDECS PAPERhttp://arxiv.org/abs/1109.5695http://arxiv.org/abs/1109.5695shapeimage_29_link_0
CoDECS GUIDEhttp://www.marcobaldi.it/data/CoDECS/CoDECS_guide.pdfCoDECS_summary_files/CoDECS_guide.pdfshapeimage_30_link_0
CoDECS IMAGESCoDECS_Images.htmlCoDECS_Images.htmlshapeimage_31_link_0
ΛCDM-XL (present status: COMING SOON) The model: Standard model with fiducial WMAP7 parameters. Normalized at CMB. Expected σ8=0.809. Box Size: 2 Gpc/h Particles Number: 2 x 2048^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.17 x 1010 Mo/h CDM Mass (at z=0): 5.84 x 1010 Mo/hCoDECS_LCDM-L.html
EXP002-XL (present status: COMING SOON) The model: Coupled DE with exp potential and constant coupling β=0.05. Normalized at CMB. Expected σ8=0.825 Box Size: 2 Gpc/h Particles Number: 2 x 2048^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.17 x 1010 Mo/h CDM Mass (at z=0): 5.84 x 1010 Mo/hCoDECS_EXP001-L.html

XL-CoDECS

EXP006e2-L (present status: FINISHED)

The model: Coupled DE with exp potential and variable coupling β=0.2 exp(2ϕ/MPl).

Normalized at CMB. Expected σ8=0.899

Box Size: 1 Gpc/h  Particles Number: 2 x 1024^3  Gravitational Softening: 20 kpc/h

Hydrodynamics: NO    Baryon Mass: 1.17 x 1010 Mo/h  CDM Mass (at z=0): 5.84 x 1010 Mo/h

ΛCDM-NU0 (present status: COMING SOON) The model: Standard model with Planck 2015 parameters. Neutrino mass: 0 eV. Normalized at CMB. Expected σ8=. Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.27 x 1010 Mo/h CDM Mass (at z=0): 6.94 x 1010 Mo/hCoDECS_LCDM-L.htmlCoDECS_LCDM-L.htmlshapeimage_37_link_0
EXP003-NU0 (present status: RUNNING, z~2) The model: Coupled DE with Planck 2015 parameters. Exponential potential and constant coupling β=0.15. Neutrino mass: 1 eV. Normalized at CMB. Expected σ8=. Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.27 x 1010 Mo/h CDM Mass (at z=0): 6.94 x 1010 Mo/hCoDECS_EXP002-L.htmlCoDECS_EXP002-L.htmlshapeimage_39_link_0
EXP003-NU1 (present status: COMING SOON) The model: Coupled DE with Planck 2015 parameters. Exponential potential and constant coupling β=0.15. Neutrino mass: 1 eV. Normalized at CMB. Expected σ8=. Box Size: 1 Gpc/h Particles Number: 2 x 1024^3 Gravitational Softening: 20 kpc/h Hydrodynamics: NO Baryon Mass: 1.27 x 1010 Mo/h CDM Mass (at z=0): 6.52 x 1010 Mo/h Neutrino Mass: 6.15 x 109 Mo/hCoDECS_EXP001-L.htmlCoDECS_EXP001-L.htmlshapeimage_41_link_0

NU-CoDECS (with massive neutrinos)