Three-manifolds with positive Ricci curvature

E888034

"Three-manifolds with positive Ricci curvature" is a landmark 1982 paper by Richard S. Hamilton that introduced the Ricci flow and launched the modern geometric analysis approach to understanding the topology of three-dimensional manifolds.

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Predicate Object
instanceOf landmark paper in geometric analysis
mathematics research paper
assumes positive lower bound on Ricci curvature
author Richard S. Hamilton NERFINISHED
citedFor classification results for positively Ricci curved 3-manifolds
introduction and analysis of Ricci flow on 3-manifolds
contribution applied Ricci flow to study topology of 3-manifolds
launched modern geometric analysis approach to 3-manifold topology
establishes long-time behavior of Ricci flow in dimension three under curvature conditions
field Riemannian geometry NERFINISHED
differential geometry
geometric analysis
focusesOn closed three-manifolds with positive Ricci curvature
hasAuthorInitials R. S. Hamilton NERFINISHED
hasCurvatureCondition positive Ricci curvature
hasDimensionFocus 3
historicalSignificance first systematic use of Ricci flow in Riemannian geometry
influenced Perelman’s work on the Poincaré conjecture
development of Ricci flow with surgery
influencedField 3-manifold topology
geometric evolution equations
global Riemannian geometry
introducesConcept Ricci flow NERFINISHED
isConsidered foundational work in Ricci flow theory
starting point of modern program to classify 3-manifolds via geometric flows
language English
mainTopic Ricci flow NERFINISHED
positive Ricci curvature
three-dimensional manifolds
mathematicalSubject curvature conditions on manifolds
topology of 3-manifolds
publicationYear 1982
relatedToConcept curvature pinching
normalized Ricci flow NERFINISHED
spherical space forms
relatedToConjecture Poincaré conjecture NERFINISHED
result proved that certain 3-manifolds with positive Ricci curvature are diffeomorphic to spherical space forms
studies behavior of curvature under Ricci flow
studiesObject Riemannian 3-manifolds
usesMethod evolution equation for Riemannian metrics
maximum principle techniques
parabolic partial differential equations

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Richard S. Hamilton notableWork Three-manifolds with positive Ricci curvature