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Numerical Relativity

Using supercomputers and Cactus to study black holes, gravitational waves, and other phenomena predicted by Einstein's Theory of General Relativity

Numerical relativity is the most established application making use of Cactus, and the framework was originally designed by this community to satisfy their requirements: large-scale simulations, collaborative development and use, large data sets, advanced visualization, etc.

For more information on Numerical Relativity applications please see the Albert Einstein Institute numerical relativity pages.

CactusEinstein

Cactus is released with an arrangement of thorns called CactusEinstein, providing core infrastructure for numerical relativity. These thorns provide evolution methods, analysis tools, initial data, etc. However, more importantly, the Einstein arrangement defines and uses a set of standards, which enables better co-working of thorns, and hence enables collaborations between different groups.

Change Over to New Einstein

A revamped set of thorns for Numerical Relativity was provided with the Beta 12 release. This new version was designed to remove some of the legacy features of the original set of thorns, and to move towards providing a core set of functionality for numerical relativity, enabling better sharing and testing of thorns etc.

Created by jeffd
Last modified 2006-10-04 01:11 PM
 

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