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Symplectic cohomology and a conjecture of Viterbo

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arxiv 1904.06798 v2 pith:2PDMO2U5 submitted 2019-04-15 math.SG math.DSmath.MG

Symplectic cohomology and a conjecture of Viterbo

classification math.SG math.DSmath.MG
keywords classclosedconjecturemanifoldsviterboalgebraapplicationsbound
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We identify a new class of closed smooth manifolds for which there exists a uniform bound on the Lagrangian spectral norm of Hamiltonian deformations of the zero section in a unit cotangent disk bundle, settling a well-known conjecture of Viterbo from 2007 as the special case of $T^n.$ This class of manifolds is defined in topological terms involving the Chas-Sullivan algebra and the BV-operator on the homology of the free loop space, contains spheres and is closed under products. We discuss generalizations and various applications.

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  1. Poincar\'e duality for loop spaces

    math.SG 2020-08 unverdicted novelty 8.0

    Poincaré duality holds for Rabinowitz Floer homology and cohomology as graded Frobenius algebras, extending to open-closed TQFT duality, with applications to cotangent bundles and loop spaces.