The Lyapunov volume conjecture

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For a compact Riemannian manifold (N,g)(N,g), define its Lyapunov volume by

Λ(N,g):=sup⁡(M,g∣M)⊂(N,g)∣g∣M is non-trappingvol⁡g∣M(M).\Lambda(N,g):=\sup_{(M,g|_M)\subset(N,g)\mid g|_M\text{ is non-trapping}}\operatorname{vol}_{g|_M}(M).

Lyapunov volume conjecture.

Λ(N,g)=vol⁡g(N).\Lambda(N,g)=\operatorname{vol}_g(N).

The claim says that the total volume can be approximated by non-trapping codimension-zero submanifolds; the source describes it as speculative and gives no resolution.

References

Primary source

Gabriel Katz, “Holography of geodesic flows, harmonizing metrics, and billiards' dynamics”, arXiv:2003.10501 (2022).

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