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Topology of Pollicott-Ruelle resonant states
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We prove that the twisted De Rham cohomology of a flat vector bundleover some smooth manifold is isomorphic to the cohomology of invariant Pollicott--Ruelleresonant states associated with Anosov and Morse--Smale flows. As a consequence, weobtain generalized Morse inequalities for such flows. In the case of Morse--Smale flows,we relate the resonances lying on the imaginary axis with the twisted Fuller measuresused by Fried in his work on Reidemeister torsion. In particular, when V is a nonsingularMorse-Smale flow, we show that the Reidemeister torsion can be recovered from the onlyknowledge of dynamical resonances on the imaginary axis by expressing the torsion as azeta regularized infinite product of these resonances.
Forward citations
Cited by 2 Pith papers
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Milnor metric for Morse--Smale flows from field theory
The axial-gauge partition function of Abelian BF theory recovers the Milnor metric, realizing Fried’s conjecture for Morse–Smale flows via two-step BV pushforward.
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The Fried Conjecture for Morse-Smale Flows: A Survey on Ray-Singer and Milnor Metrics
A survey of the Morse-Smale Fried conjecture: it assembles the twisted Hodge, Thom-Smale, and Ruelle-zeta machinery and states the Ray-Singer = Milnor metric equality, attributing the proof to [SY21].
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