Ressources > Week 3
- Compactness and partial regularity theory of Ricci flows in higher dimensions
- Richard Bamler, University of California at Berkeley
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- Pointwise lower scalar curvature bounds for C0 metrics via regularizing Ricci flow
- Paula Burkhardt-Guim, University of California at Berkeley
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- Knots, minimal surfaces and J-holomorphic curves
- Jöel Fine, Université Libre de Bruxelles
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- A family of 3d steady gradient Ricci solitons that are flying wings
- Yi Lai, University of California at Berkeley
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- Martin Lesourd
- Chao Li
- Convex subsets in generic manifolds
- Alexander Lytchak, Universität Köln
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- Time-like Ricci curvature bounds via optimal transport in Lorentzian synthetic spaces and applications
- Andrea Mondino, University of Oxford
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- Noncollapsed degeneration and desingularization of Einstein 4-manifolds
- Tristan Ozuch, Massachussets Institute of Technology
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- Recent Intrinsic Flat Convergence Theorems
- Raquel Perales Aguilar, Institute of Mathematics campus Oaxaca of the National Autonomous University of Mexico
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- Mean curvature flow with generic initial data
- Felix Schulze, University of Warwick
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- Boundary regularity and stability under lower Ricci bounds
- Daniele Semola, University of Oxford
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- On the essential minimal volume of Einstein 4-manifolds
- Antoine Song, University of California at Berkeley
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- Harmonic map methods in spectral geometry
- Daniel Stern, University of Chicago
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- Limits of Riemannian manifolds satisfying a uniform Kato condition
- David Tewodrose, Université Libre de Bruxelles
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- Topological rigidity and positive scalar curvature
- Jian Wang, Universität Augsburg
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