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| ==Numerical Relativity== | ==Numerical Relativity== | ||
| '''Numerical relativity''' is a subfield of ] that aims to establish numerical solutions to ]'s field equations in ]. | '''Numerical relativity''' is a subfield of ] that aims to establish numerical solutions to ]'s field equations in ]. | ||
| Despite promising results, accurate and validated ] for Einstein's equations remains elusive. | Despite promising results, accurate and validated ] for Einstein's equations remains elusive. The size and complexity of the equations along with remaining inquiries in fundamental issues are attributed the cause of thus far unsuccessful attempts at resolution. | ||
Revision as of 01:05, 26 April 2005
Numerical Relativity
Numerical relativity is a subfield of computational physics that aims to establish numerical solutions to Einstein's field equations in general relativity. Despite promising results, accurate and validated algorithms for Einstein's equations remains elusive. The size and complexity of the equations along with remaining inquiries in fundamental issues are attributed the cause of thus far unsuccessful attempts at resolution.