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ENZO - Early Universe Simulation

Cosmological evolution from recombination to reionization: reconstructing the first billion years, using a 3D cosmological hydrodynamics code, Enzo, which solves the equations of gas dynamics, N-body dynamics, self-gravtiy, nonequilibrium chemistry and ionization, radiative transfer, heating and cooling, star formation and feedback in an expanding universe.

Data type: Scalar volume data (floats)

Visualization type: Volume rendering

Data size: 200 timesteps (4 GB each)

Data volume: 1024 x 1024 x 1024

Data Source: SDSC

Software: VISTA (Volume Renderer)

Storage Archive: HPSS

Computing Cluster: Datastar/Bluehorizon

Visualization Credits : Amit Chourasia, Steve Cutchin

Data Simulation Credits : Mike Norman, Robert Harkness

Note: All clips are quicktime movies at 640 x 480 resolution. Encoded using Sorenson Video 3 codec.

Density Visualization for LBC dataset

Spin Dens

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For 197th time step

Dark Matter Visualization for LBC dataset

Dark S

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For 197th time step

Temperature Visualization for LBC dataset

Temp Skew

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