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- Ancient_solution abstract "In mathematics, an ancient solution to a differential equation is a solution that can be extrapolated backwards to all past times, without singularities. That is, it is a solution \"that is defined on a time interval of the form (−∞, T).\"The term was introduced in Grigori Perelman's research on the Ricci flow, and has since been applied to other geometric flows as well as to other systems such as the Navier–Stokes equations and heat equation.".
- Ancient_solution wikiPageID "48528005".
- Ancient_solution wikiPageLength "3323".
- Ancient_solution wikiPageOutDegree "7".
- Ancient_solution wikiPageRevisionID "699535459".
- Ancient_solution wikiPageWikiLink Category:Differential_equations.
- Ancient_solution wikiPageWikiLink Differential_equation.
- Ancient_solution wikiPageWikiLink Geometric_flow.
- Ancient_solution wikiPageWikiLink Grigori_Perelman.
- Ancient_solution wikiPageWikiLink Heat_equation.
- Ancient_solution wikiPageWikiLink Navier–Stokes_equations.
- Ancient_solution wikiPageWikiLink Ricci_flow.
- Ancient_solution wikiPageWikiLinkText "ancient solution".
- Ancient_solution wikiPageUsesTemplate Template:Math.
- Ancient_solution wikiPageUsesTemplate Template:Reflist.
- Ancient_solution subject Category:Differential_equations.
- Ancient_solution hypernym Solution.
- Ancient_solution type Software.
- Ancient_solution comment "In mathematics, an ancient solution to a differential equation is a solution that can be extrapolated backwards to all past times, without singularities. That is, it is a solution \"that is defined on a time interval of the form (−∞, T).\"The term was introduced in Grigori Perelman's research on the Ricci flow, and has since been applied to other geometric flows as well as to other systems such as the Navier–Stokes equations and heat equation.".
- Ancient_solution label "Ancient solution".
- Ancient_solution wasDerivedFrom Ancient_solution?oldid=699535459.
- Ancient_solution isPrimaryTopicOf Ancient_solution.