Geometry Festival

The Geometry Festival is an annual mathematics conference held in the United States.

The festival has been held since 1985 at the University of Pennsylvania, the University of Maryland, the University of North Carolina, the State University of New York at Stony Brook, Duke University and New York University's Courant Institute of Mathematical Sciences. It is a three day conference that focuses on the major recent results in geometry and related fields.^[1]

• Marcel Berger
• Pat Eberlein
• Jost Eschenburg
• Friedrich Hirzebruch
• Blaine Lawson
• Leon Simon
• Scott Wolpert
• Deane Yang

• Uwe Abresch, Explicit constant mean curvature tori
• Zhi-yong Gao, The existence of negatively Ricci curved metrics
• David Hoffman, New results in the global theory of minimal surfaces
• Jack Lee, Conformal geometry and the Yamabe problem
• Ngaiming Mok, Compact Kähler manifolds of non-negative curvature
• John Morgan, Self dual connections and the topology of 4-manifolds
• Chuu-Lian Terng, Submanifolds with flat normal bundle

• Robert Bryant, The construction of metrics with exceptional holonomy
• Francis Bonahon, Hyperbolic 3-manifolds with arbitrarily short geodesics
• Keith Burns, Geodesic flows on the 2-sphere
• Andreas Floer, Instantons and Casson's invariant
• Hermann Karcher, Embedded minimal surfaces in the 3-sphere
• Jürgen Moser, Minimal foliations of tori
• Edward Witten. Applications of quantum field theory to topology

• Detlef Gromoll, On complete spaces of non-negative Ricci curvature
• Nicolas Kapouleas, Constant mean curvature surfaces in E3
• Robert Osserman, Gauss map of complete minimal surfaces
• Pierre Pansu, Lp-cohomology of negatively curved manifolds
• Peter Petersen, Bounding homotopy types by geometry
• Gang Tian, Kähler-Einstein metrics on quasiprojective manifolds
• DaGang Yang, Some new examples of manifolds of positive Ricci curvature
• Wolfgang Ziller, Recent results on Einstein metrics

• Eugenio Calabi, Extremal singular metrics on surfaces
• Harold Donnelly, Nodal sets of eigenfunctions on Riemannian manifolds
• Yakov Eliashberg, Symplectic geometric methods in several complex variables
• F. Thomas Farrell, A topological analogue of Mostow's rigidity theorem
• Lesley Sibner, Solutions to Yang-Mills equations which are not self-dual
• Carlos Simpson, Moduli spaces of representations of fundamental groups

• Michael T. Anderson, Behavior of metrics under Ricci curvature bounds
• Kevin Corlette, Harmonic maps and geometric superrigidity
• Kenji Fukaya, Fundamental groups of almost non-negatively curved manifolds
• Mikhail Gromov, Recent progress in symplectic geometry
• Werner Müller, On spectral theory for locally symmetric manifolds with finite volume
• Rick Schoen, Least area problems for Lagrangian submanifolds
• Gudlaugur Thorbergsson, Isoparametric submanifolds and their Tits buildings
• Shing-Tung Yau, Some theorems in Kähler geometry

• Jeff Cheeger, Transgressed Euler classes of SL(2n,Z)-bundles and adiabatic limits of eta-invariants
• Chris Croke, Volumes of balls in manifolds without conjugate points and rigidity of geodesic flows
• Carolyn Gordon, When you can't hear the shape of a manifold
• Wu-Yi Hsiang, Sphere packing and spherical geometry: The Kepler conjecture and beyond
• Alan Nadel, On the geometry of Fano varieties
• Grigori Perelman, Alexandrov's spaces with curvature bounded from below
• Stephan Stolz, On the space of positive curvature metrics modulo diffeomorphisms

• Jonathan Block, Aperiodic tilings, positive scalar curvature and other homological phenomena
• John Franks, Infinitely many closed geodesics on the 2-sphere
• Karsten Grove, The inevitable presence of singular spaces in Riemannian geometry
• Lisa Jeffrey, Volumes of moduli spaces of flat connections on Riemannian surfaces
• Jun Li, Anti-self-dual connections on SU(2) bundles over algebraic surfaces
• Dusa McDuff, Symplectic 4-manifolds
• Clifford Taubes, Anti-self dual conformal structures in 4 dimensions

• Shiing-Shen Chern, Finsler geometry
• Richard S. Hamilton, An isoperimetric estimate for the curve-shrinking flow
• Vaughan Jones, Loop groups and operator algebras
• Claude LeBrun, Compact Kähler manifolds of constant scalar curvature
• Louis Nirenberg, The maximum principle and related things
• Xiaochun Rong, Collapsing in low dimensions and rationality of geometric invariants
• Isadore Singer, Geometry and quantum field theory

• Dimitri Burago, Asymptotic geometry of Z^n-periodic metrics
• Tobias Colding, Ricci curvature and convergence
• Dominic Joyce, Compact Riemannian manifolds with exceptional holonomy groups
• Yael Karshon, Hamiltonian torus actions
• David Morrison, Analogues of Seiberg–Witten invariants for counting curves on Calabi–Yau manifolds
• Tomasz Mrowka, The Seiberg-Witten equations and 4-manifold topology
• Yongbin Ruan, Higher genus pseudo-holomorphic curves
• Edward Witten, Monopoles and four-manifolds

• John C. Baez, Quantum gravity and BF theory in 4 dimensions
• Jean-Luc Brylinski, Gauge groups and reciprocity laws on algebraic varieties
• Bruce Kleiner, Spaces of nonpositive curvature
• Grigory Margulis, Quantitative Oppenheim Conjecture
• Sergei P. Novikov, Laplace and Darboux transformations
• Richard Schwartz, The Devil's Pentagram
• Guofang Wei, Volume comparison with integral curvature bounds
• Shmuel Weinberger, Equivariant rigidity: For and against

• Jeanne Nielsen Clelland, Geometry of Conservation Laws for Parabolic PDE's
• Anatole Katok, Rigidity and invariant geometric structures for differentiable group actions
• François Labourie, Monge-Ampere problems, holomorphic curves and laminations
• Gang Liu, Floer Homology and the Arnold Conjecture
• William Minicozzi II, Harmonic functions on manifolds
• Lorenz Schwachhöfer, The classification of irreducible holonomies of torsion free connections
• Matthias Schwarz, Symplectic fixed points and quantum cohomology
• Stephen Semmes, Geometry with little smoothness

• Scott Axelrod, Generalized Chern-Simons invariants as a generalized Lagrangian field theory
• Jean-Michel Bismut, Chern-Simons classes, Bott Chern classes and analytic torsion
• Spencer Bloch, Algebro-geometric Chern-Simons classes
• Robert Bryant, Recent progress on the holonomy classification problem
• Robert Bryant (for S.-S. Chern), Recent results and open problems in Finsler geometry
• Jeff Cheeger and Blaine Lawson, The mathematical work of James Simons
• Jeff Cheeger, Ricci Curvature
• Jürg Fröhlich, Physics and the Chern-Simons form (from anomalies to the quantum Hall effect to magnetic stars)
• Mikhail Gromov, Dynamics on function spaces
• Maxim Kontsevich, On regulators, critical values and q-factorials
• Blaine Lawson, Connections and singularities of maps
• Robert MacPherson, Spaces with torus actions
• John Milnor, Remarks on geometry and dynamics
• I.M. Singer, TBA
• Dennis Sullivan A combinatorial model for non-linearity
• Clifford Taubes, Seiberg-Witten invariants, harmonic forms, and their pseudo-holomorphic curves
• Gang Tian, Yang-Mills connections and calibration
• C.-N. Yang, Vector potentials and connections
• Shing-Tung Yau, Mirror symmetry and rational curves

• Peter Sarnak, Some spectral problems on negatively curved manifolds
• Zheng-xu He, The gradient flow for the Möbius energy of knots
• Curtis McMullen, The moduli space of Riemann surfaces is Kähler-hyperbolic
• Paul Biran, Lagrange skeletons and symplectic rigidity
• Helmut Hofer, Holomorphic curves and contact geometry
• Werner Ballmann, On negative curvature and the essential spectrum of geometric operators
• Shlomo Sternberg, Multiplets of representations and Kostant's Dirac operator

• Samuel Ferguson, The Kepler Conjecture
• Robert Meyerhoff, Rigorous computer-aided proofs in the theory of hyperbolic 3-manifolds
• Herman Gluck, Geometry, topology and plasma physics
• Burkhard Wilking, New examples of manifolds with positive sectional curvature almost everywhere
• John Roe, Amenability and assembly maps
• Eleny Ionel, Gromov invariants of symplectic sums
• Mikhail Gromov, Spaces of holomorphic maps

• Robert Bryant, Rigidity and quasirigidity of extremal cycles in Hermitian symmetric spaces
• Tobias Colding, Embedded minimal surfaces in 3-manifolds
• Boris Dubrovin, Normal forms of integrable PDE's
• John Lott, Heat equation methods in noncommutative geometry
• Dusa McDuff, Seminorms on the Hamiltonian group and the nonsqueezing theorem
• Rick Schoen, Variational approaches to the construction minimal lagrangian submanifolds
• Shing-Tung Yau, Mirror symmetry

• Denis Auroux, Singular plane curves and topological invariants of symplectic manifolds
• Hugh Bray, On the mass of higher dimensional black holes
• Alice Chang, Conformally invariant operators and the Gauss-Bonnet integrand
• Xiuxiong Chen, The space of Kähler metrics
• George Daskalopoulos, On the Yang-Mills flow in higher dimensions
• Alex Eskin, Billiards and lattices
• Juha Heinonen, On the existence of quasiregular mappings

• Bennett Chow, Harnack estimates of Li–Yau–Hamilton type for the Ricci flow
• Anda Degeratu, Geometrical McKay Correspondence
• Ron Donagi, Griffiths' intermediate Jacobians, integrable systems, and string theory
• John Etnyre, Legendrian knots in high dimensions
• Joe Harris, Are Cubics Rational?
• Claude LeBrun, Zoll Manifolds, Complex Surfaces, and Holomorphic Disks
• John Morgan, Variations of Hodge structure for 1-parameter families of Calabi–Yau three-folds
• Madhav Nori, A modified Hodge conjecture
• Justin Sawon, Twisted Fourier–Mukai transforms for holomorphic symplectic manifolds
• Wilfried Schmid, Automorphic distributions, L-functions, and functional equations
• Jeff Viaclovsky, Fully nonlinear equations and conformal geometry
• Claire Voisin, K-correspondences and intrinsic pseudovolume forms

• Jean-Michel Bismut, The Hypoelliptic Laplacian on the Cotangent Bundle
• Yasha Eliashberg, Positive Loops of Contact Transformations
• Blaine Lawson, Projective Hulls and the Projective Gelfand Transformation
• Dusa McDuff, Applications of J-holomorphic Curves
• Xiaochun Rong, Local splitting structures on nonpositively curved manifolds
• Dennis Sullivan, Algebraic topology in string backgrounds
• Gang Tian, Extremal Metrics and Holomorphic Discs
• Edward Witten, Gauge Theory Scattering From Curves In CP3

• Nancy Hingston, Periodic solutions of Hamilton's equations on tori
• Sergiu Klainerman, Null hypersurfaces and curvature estimates in general relativity
• Bruce Kleiner, Singular structure of mean curvature flow
• Frank Pacard, Blowing up Kähler manifolds with constant scalar curvature
• Rahul Pandharipande, A topological view of Gromov-Witten theory
• Igor Rodniansky, Non-linear waves and Einstein geometry
• Yum-Tong Siu, Methods of singular metrics in algebraic geometry
• Katrin Wehrheim, Floer theories in symplectic topology and gauge theory

• Jeff Cheeger, Differentiation, bi-Lipschitz nonembedding and embedding
• Charles Fefferman, Fitting a smooth function to data
• Helmut Hofer, On the analytic and geometric foundations of symplectic field theory
• Ko Honda, Reeb vector fields and open book decompositions
• William H. Meeks, The Dynamics Theorem for embedded minimal surfaces
• Yair Minsky, Asymptotic geometry of the mapping class group
• Frank Morgan, Manifolds with Density
• Zoltan Szabo, Link Floer homology and the Thurston norm

• Dan Freed, Secondary differential-geometric invariants, generalized cohomology, and QCD
• Xiaobo Lu, Mean curvature flow for isoparametric submanifolds
• Vitali Kapovitch, Some open problems in comparison geometry
• Maryam Mirzakhani, Lattice point asymptotics and conformal densities on Teichmüller space
• Charles Epstein, Stein fillings and index theorems
• Guoliang Yu, Group actions and K-theory
• Simon Brendle, Blow-up phenomena for the Yamabe PDE in high dimensions

• Michael Anderson, Conformally compact Einstein metrics with prescribed conformal infinity
• Robert Bryant, Riemannian Submersions as PDE
• Greg Galloway, Stability of marginally trapped surfaces with applications to black holes
• Marcus Khuri, The Yamabe Problem Revisited
• John Lott, Optimal transport in Riemannian geometry and Ricci flow
• William Minicozzi, The rate of change of width under flows
• Duong Phong, Stability and constant scalar curvature
• Jeff Viaclovsky, Orthogonal Complex Structures

• Jeff Cheeger, Quantitative Behavior of Maps from the Heisenberg Group to L1
• Marcos Dajczer, Conformal Killing graphs with prescribed mean curvature
• Karsten Grove, Positive curvature: the quest for examples
• Wolfgang Meyer, The Contributions of Detlef Gromoll to Riemannian Geometry
• Gabriel Paternain, Transparent Connections over Negatively Curved Surfaces
• Christina Sormani, The Intrinsic Flat Distance between Riemannian Manifolds
• Guofang Wei, Smooth Metric Measure Spaces

• Tim Austin (UCLA): Rational group ring elements with kernels having irrational von Neumann dimension
• Xiuxiong Chen (UW Madison): The space of Kaehler metrics
• Tobias Colding (MIT): Sharp Hölder continuity of tangent cones for spaces with a lower Ricci curvature bound and applications
• Marianna Csörnyei (University College London and Yale): Tangents of null sets
• Larry Guth (U Toronto): Contraction of surface areas vs. topology of mappings
• Jeremy Kahn (Stony Brook): Essential immersed surfaces in closed hyperbolic three-manifolds
• Gang Tian (Princeton): Kähler–Ricci flow through finite-time singularities

• Hubert Bray (Duke): On dark matter, spiral galaxies, and the axioms of general relativity
• Tobias Colding (MIT): Generic mean curvature flow
• Claude LeBrun (Stony Brook): On Hermitian Einstein 4-manifolds
• Natasa Sesum (Rutgers): Yamabe Solitons
• Pete Storm (Jane Street Capital): Infinitesimal rigidity of hyperbolic manifolds with totally geodesic boundary
• Brian Weber (Courant): Regularity and convergence of extremal Kaehler metrics
• Shing-Tung Yau (Harvard): An appreciation of Eugenio Calabi and his work
• Shing-Tung Yau (Harvard): Quasi-local mass in general relativity

• John Etnyre (Georgia Institute of Technology): Surgery and tight contact structures
• Valentino Tosatti (Columbia University): The evolution of a Hermitian metric by its Chern-Ricci curvature
• Carla Cederbaum (Duke University): From Newton to Einstein: A guided tour through space and time
• Jan Metzger (Institute for Mathematics, University of Potsdam ): On isoperimetric surfaces in asymptotically flat manifolds
• Fernando Codá Marques (IMPA, Brazil): Min-max theory and the Willmore conjecture
• Yanir Rubinstein (Stanford University): Einstein metrics on Kähler manifolds
• Simon Brendle (Stanford University): Rotational symmetry of self-similar solutions to the Ricci flow
• Mu-Tao Wang (Columbia University): A variational problem for isometric embeddings and its applications in general relativity
• Gordana Matic (University of Georgia): Contact invariant in Sutured Floer Homology and fillability

• Bo Berndtsson (Chalmers University): Variations of Bergman kernels and symmetrization of plurisubharmonic functions
• Simon Donaldson (Imperial College, London): Kähler-Einstein metrics, extremal metrics and stability
• Hans-Joachim Hein (Imperial College, London): Singularities of Kähler-Einstein metrics and complete Calabi–Yau manifolds
• Peter Kronheimer (Harvard University): Instanton homology for knots and webs
• Andrea Malchiodi (SISSA): Uniformization of surfaces with conical singularities
• Aaron Naber (MIT): Characterizations of bounded Ricci curvature and applications
• Yuval Peres (Microsoft Research): The geometry of fair allocation to random points
• Brian White (Stanford University): Gap theorems for minimal submanifolds of spheres

• Robert Bryant (Duke University): Rolling surfaces and exceptional geometry
• Alice Chang (Princeton University): On positivity of a class of conformal covariant operators
• Mihalis Dafermos (Princeton University): On null singularities for the Einstein vacuum equations and the strong cosmic censorship conjecture in general relativity
• Kenji Fukaya (Stony Brook): Mirror symmetry between Toric A model and LG B model: some recent progress
• Matthew Gursky (Notre Dame University): Critical metrics on connected sums of Einstein four-manifolds
• Robert Haslhofer (New York University): Mean curvature flow with surgery
• Andre Neves (Imperial College): Existence of minimal hypersurfaces
• Song Sun (Stony Brook): Kähler-Einstein metrics: Gromov-Hausdorff limits and algebraic geometry

• Gábor Székelyhidi (Notre Dame): Kahler-Einstein metrics along the smooth continuity method
• Blaine Lawson (Stony Brook): Potential theory for nonlinear PDE's
• John Pardon (Stanford): Existence of Lefschetz vibrations on Stein/Weinstein domains
• Raanan Schul (Stony Brook): Qualitative and quantitative rectifiability
• Ursula Hamenstädt (Bonn): A Gromov/Thurston rigidity theorem for hyperbolic groups
• Tatiana Toro (Washington): Almost minimizers with free boundary
• Richard Bamler (Berkeley): There are finitely many surgeries in Perelman's Ricci flow

• Claude LeBrun (Stony Brook): Mass in Kähler Geometry
• Ian Agol (UC Berkeley and IAS): Pseudo-Anosov stretch factors and homology of mapping tori
• Davi Maximo (Stanford): Minimal surfaces with bounded index
• Fernando Marques (Princeton): Morse index and multiplicity of min-max minimal hypersurfaces
• Nancy Hingston (The College of New Jersey): Loop Products, Index Growth, and Dynamics
• Jennifer Hom (Georgia Tech and IAS): Symplectic four-manifolds and Heegaard Floer homology
• Fengbo Hang (NYU, Courant): Fourth order Paneitz operator and Q curvature equation
• Jake Solomon (Hebrew University): The space of positive Lagrangians

• Lucas Ambrozio (Imperial College) - Some new results for free boundary minimal surfaces
• Otis Chodosh (Princeton) - Some new results on the global geometry of scalar curvature
• Mark Haskins (Imperial College)
• Chi Li (Purdue) - On metric tangent cones at Klt singularities
• Marco Radeschi (Notre Dame) - "When all geodesics are closed"
• Christina Sormani (CUNY) - "The Limits of Sequences of manifolds with Nonnegative Scalar Curvature"
• Jeff Streets (UC Irvine) - Generalized Kahler Ricci flow and a generalized Calabi conjecture

• Jean-Pierre Bourguignon (IHES)
• Eugenio Calabi (Penn)
• Yakov Eliashberg (Stanford)
• Carolyn S. Gordon (Dartmouth)
• Daniel Ketover (Princeton)
• Yevgeny Liokumovich (MIT)
• Rick Schoen (UC Irvine)
• Jenny Wilson (Stanford)

• Yann Brenier (ETH, Zurich) - Fluid Mechanics and Geometry
• Dietmar Salamon (CNRS, DMA-École Normale Supérieure ) - Moment maps in symplectic and Kähler geometry
• Aleksandr Logunov (IAS, Princeton) - Zero sets of Laplace eigenfunctions
• Jim Bryan (University of British Columbia) AG - The enumerative geometry and arithmetic of some of the world’s Tiniest Calabi–Yau threefolds
• Yi Wang (Johns Hopkins University) - Boundary operator associated to σ_k curvature
• Steven Zelditch (Northwestern University) - Spectral asymptotics on stationary spacetimes
• Xuwen Zhu (University of California, Berkeley) Spherical Metrics with Conical Singularities
• Alex Wright (University of Michigan) - Nearly Fuchsian surface subgroups of finite covolume Kleinian groups

• Joel Spruck (Johns Hopkins University) - A Personal Tribute to Louis Nirenberg
• Akito Futaki (Yau Center, Tsinghua) - Deformation Quantization, and Obstructions to the Existence of Closed Star Products
• Jean-Pierre Demailly (Institut Fourier, Grenoble) - Holomorphic Morse Inequalities, Old and New
• Tristan Collins (MIT) - SYZ Mirror Symmetry for del Pezzo Surfaces
• Jim Isenberg (University of Oregon) - Some Recent Results on Ricci Flow
• Chiu-Chu Melissa Liu (Columbia University) - Topological Recursion and Crepant Transformation Conjecture
• Bing Wang (USTC) - Local entropy along the Ricci flow
• Simon Donaldson (SCGP, Stony Brook/ Imperial College, London) - Some boundary value and mapping problems for differential forms

• Panagiota Daskalopoulos (Columbia University) - Ancient solutions to geometric flows
• Jingyin Huang (The Ohio State University) - The Helly geometry of some fundamental groups of complex hyperplane arrangement complements
• Wenshuai Jiang (Zhejiang University) - Gromov–Hausdorff limit of manifolds and some applications
• Chao Li (Courant Institute of Mathematical Sciences) - The geometry and topology of scalar curvature in low dimensions
• Ciprian Manolescu (Stanford University) - A knot Floer stable homotopy type
• Assaf Naor (Princeton University) - Extension, separation and isomorphic reverse isoperimetry
• André Neves (University of Chicago) - Geodesics and minimal surfaces
• Lu Wang (Yale University) - Hypersurfaces of low entropy are isotopically trivial
• Ruobing Zhang (Princeton University) - Metric geometry of Calabi–Yau manifolds in complex dimension two

• XIIth Geometry Festival, 1997
• XIIIth Geometry Festival, 1998
• XVIIth Geometry Festival, 2002
• XVIIIth Geometry Festival, 2003
• XIXth Geometry Festival, 2004
• XXth Geometry Festival, 2005
• 23rd Geometry Festival, 2008
• 24th Geometry Festival 2009 in memory of Detlef Gromoll
• 27th Geometry Festival, 2012
• 29th Geometry Festival, 2014
• 30th Geometry Festival, 2015
• 31st Geometry Festival, 2016
• 32nd Geometry Festival, 2017
• 33rd Geometry Festival, 2018
• 34th Geometry Festival, 2019
• 35th Geometry Festival, 2021
• 36th Geometry Festival, 2022