Solenoidal injectivity conjecture for locally symmetric metrics

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Let g0g_0 be a locally symmetric metric, and let Dg0∗D_{g_0}^* be the operator appearing in the paper. Denote by ΠKer⁡(Dg0∗)\Pi_{\operatorname{Ker}(D_{g_0}^*)} the projection onto Ker⁡(Dg0∗)\operatorname{Ker}(D_{g_0}^*), and let QQ be the operator defined in the paper. Solenoidal injectivity conjecture. The operator

ΠKer⁡(Dg0∗)Q\Pi_{\operatorname{Ker}(D_{g_0}^*)}Q

is solenoidal injective for any locally symmetric metric.

The source proves solenoidal injectivity for real and complex hyperbolic metrics and identifies the remaining locally symmetric cases as a geometric and dynamical problem; the general assertion remains open.

References

Primary source

Tristan Humbert, “Katok's entropy conjecture near real and complex hyperbolic metrics”, arXiv:2409.11197 (2025).

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