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Scope and Contents note

This data represent a snapshot, or instant in time, from the cosmology simulation. This snapshot was taken at a redshift of 0.0, which is 13.4 billion years after the Big Bang. At this point, the simulation had created 392,865 grids and 6,019 galaxy clusters with masses of at least 10^14 solar masses.

The primary contents are the parameter files, hierarchy file (description of grid sizes and spatial locations), and grid data. For a complete description of the contents, refer to the Scope and Contents note for the collection.

In the Derived Data subcomponent, there are text, binary, and images files representing halo properties and the projections of various physical fields.

Scope and Contents note

This data represent a snapshot, or instant in time, from the cosmology simulation. This snapshot was taken at a redshift of 0.1, which is 12.2 billion years after the Big Bang. At this point, the simulation had created 383,728 grids and 5,535 galaxy clusters with masses of at least 10^14 solar masses.

The primary contents are the parameter files, hierarchy file (description of grid sizes and spatial locations), and grid data. For a complete description of the contents, refer to the Scope and Contents note for the collection.

In the Derived Data subcomponent, there are text, binary, and images files representing halo properties and the projections of various physical fields.

Scope and Contents note

This data represent a snapshot, or instant in time, from the cosmology simulation. This snapshot was taken at a redshift of 0.2, which is 11 billion years after the Big Bang. At this point, the simulation had created 374,162 grids and 4,991 galaxy clusters with masses of at least 10^14 solar masses.

The primary contents are the parameter files, hierarchy file (description of grid sizes and spatial locations), and grid data. For a complete description of the contents, refer to the Scope and Contents note for the collection.

In the Derived Data subcomponent, there are text, binary, and images files representing halo properties and the projections of various physical fields.

Scope and Contents note

This data represent a snapshot, or instant in time, from the cosmology simulation. This snapshot was taken at a redshift of 0.3, which is 10 billion years after the Big Bang. At this point, the simulation had created 366,194 grids and 4,499 galaxy clusters with masses of at least 10^14 solar masses.

The primary contents are the parameter files, hierarchy file (description of grid sizes and spatial locations), and grid data. For a complete description of the contents, refer to the Scope and Contents note for the collection.

In the Derived Data subcomponent, there are text, binary, and images files representing halo properties and the projections of various physical fields.

Scope and Contents note

This data represent a snapshot, or instant in time, from the cosmology simulation. This snapshot was taken at a redshift of 0.4, which is 9.2 billion years after the Big Bang. At this point, the simulation had created 355,834 grids and 3,961 galaxy clusters with masses of at least 10^14 solar masses.

The primary contents are the parameter files, hierarchy file (description of grid sizes and spatial locations), and grid data. For a complete description of the contents, refer to the Scope and Contents note for the collection.

In the Derived Data subcomponent, there are text, binary, and images files representing halo properties and the projections of various physical fields.

Scope and Contents note

This data represent a snapshot, or instant in time, from the cosmology simulation. This snapshot was taken at a redshift of 0.5, which is 8.4 billion years after the Big Bang. At this point, the simulation had created 342,939 grids and 3,458 galaxy clusters with masses of at least 10^14 solar masses.

The primary contents are the parameter files, hierarchy file (description of grid sizes and spatial locations), and grid data. For a complete description of the contents, refer to the Scope and Contents note for the collection.

In the Derived Data subcomponent, there are text, binary, and images files representing halo properties and the projections of various physical fields.