Symplectic and Poisson geometry of the information geometry's Frobenius manifold
Noemie Combe, Philippe Combe, Hanna Nencka

TL;DR
This paper establishes that the Frobenius manifold in information geometry possesses symplectic and Poisson structures, creating a link between different geometric theories.
Contribution
It demonstrates that the information geometry's Frobenius manifold is symplectic with Poisson structures, connecting Vinberg, Souriau, and Koszul theories with Frobenius manifolds.
Findings
Frobenius manifold is symplectic
Existence of Poisson structures on the manifold
Bridging of geometric theories
Abstract
We prove that the information geometry's Frobenius manifold is a symplectic manifold having Poisson structures. By proving this statement, a bridge is created between the theories developed by Vinberg, Souriau and Koszul and the Frobenius manifold approach. Until now these approaches seemed disconnected.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Advanced Algebra and Geometry · Topological and Geometric Data Analysis
