Published on Department of Mathematics Calendar (https://calendar.math.yale.edu)

Home > Geometry & Topology

Asymptotic behavior of foliations [1]

Lines of minima are quasi-geodesics [2]

Normal surfaces, angle structures and the character variety [3]

Billiards Obtuse and Irrational [4]

The structure of singularities of mean curvature flow [5]

3-manifolds with infinitely many irreducible Heegaard splittings [6]

Isolation theorems for quadratic differentials [7]

Doubly incompressible laminations are binding. [8]

Generic Uniqueness of Least Area Planes in Hyperbolic Space [9]

Polynomial knots [10]

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Links
[1] https://calendar.math.yale.edu/event/asymptotic-behavior-foliations [2] https://calendar.math.yale.edu/event/lines-minima-are-quasi-geodesics [3] https://calendar.math.yale.edu/event/normal-surfaces-angle-structures-and-character-variety [4] https://calendar.math.yale.edu/event/billiards-obtuse-and-irrational [5] https://calendar.math.yale.edu/event/structure-singularities-mean-curvature-flow [6] https://calendar.math.yale.edu/event/3-manifolds-infinitely-many-irreducible-heegaard-splittings [7] https://calendar.math.yale.edu/event/isolation-theorems-quadratic-differentials [8] https://calendar.math.yale.edu/event/doubly-incompressible-laminations-are-binding [9] https://calendar.math.yale.edu/event/generic-uniqueness-least-area-planes-hyperbolic-space [10] https://calendar.math.yale.edu/event/polynomial-knots [11] https://calendar.math.yale.edu/seminars/geometry-topology [12] https://calendar.math.yale.edu/seminars/geometry-topology?page=25 [13] https://calendar.math.yale.edu/seminars/geometry-topology?page=19 [14] https://calendar.math.yale.edu/seminars/geometry-topology?page=20 [15] https://calendar.math.yale.edu/seminars/geometry-topology?page=21 [16] https://calendar.math.yale.edu/seminars/geometry-topology?page=22 [17] https://calendar.math.yale.edu/seminars/geometry-topology?page=23 [18] https://calendar.math.yale.edu/seminars/geometry-topology?page=24 [19] https://calendar.math.yale.edu/seminars/geometry-topology?page=27