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A Strong Closing Lemma for Ellipsoids

Offered By: Western Hemisphere Virtual Symplectic Seminar via YouTube

Tags

Symplectic Geometry Courses Perturbation Theory Courses

Course Description

Overview

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Explore a compelling conference talk on the strong closing lemma for ellipsoids, presented by Rohil Prasad from Princeton University at the Western Hemisphere Virtual Symplectic Seminar. Delve into Prasad's proof of Irie's conjecture regarding the "strong closing property" for Reeb flows on ellipsoid boundaries. Discover how the speaker utilizes spectral invariants from contact homology and higher-dimensional holomorphic intersection theory to demonstrate that a Reeb orbit can be created in any open set through a C^\infty-small compactly supported perturbation of the contact form. Gain insights into this collaborative work with J. Chaidez, I. Datta, and S. Tanny, and engage with thought-provoking questions from renowned mathematician Dusa McDuff about closed Reeb orbits and their periods.

Syllabus

Dusa McDuff: do you mean a closed Reeb orbit?
Dusa McDuff: presumably you have no control of the period of the orbit?


Taught by

Western Hemisphere Virtual Symplectic Seminar

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