Volume-rigidity conjecture for punctured surface triangulations

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A triangulation of a compact connected surface without boundary is a simplicial complex representing the surface; removing a single triangle means deleting that triangular face and its interior. Volume-rigidity conjecture. Every triangulation of a compact connected surface without boundary, minus a single triangle, is volume-rigid. This would extend the known result for the currently covered class of surface triangulations; the obstruction is that Fogelsanger's decomposition introduces triangle faces absent from the original triangulation, beyond the strength of the available gluing lemmas.

References

Primary source

Denys Bulavka, Eran Nevo and Yuval Peled, “Volume rigidity and algebraic shifting”, arXiv:2211.00574 (2023).

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