Strongly hyperbolic geodesic currents are dense in the space of geodesic currents, yielding infinitely many pairwise non-roughly-isometric strongly hyperbolic metrics on the universal cover that are not CAT(0).
The pressure metric for Anosov representations
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abstract
Using the thermodynamics formalism, we introduce a notion of intersection for projective Anosov representations, show analyticity results for the intersection and the entropy, and rigidity results for the intersection. We use the renormalized intersection to produce a $Out(\Gamma)$-invariant Riemannian metric on the smooth points of the deformation space of irreducible, projective Anosov representations of a word hyperbolic group $\Gamma$ into $SL(m,R)$ whose Zariski closure contains a generic element. In particular, we produce mapping class group invariant Riemannian metrics on Hitchin components which restrict to the Weil--Petersson metric on the Fuchsian loci. Moreover, we produce $Out(\Gamma)$-invariant metrics on deformation spaces of convex cocompact representations into $PSL(2,C)$ and show that the Hausdorff dimension of the limit set varies analytically over analytic families of convex cocompact representations into any rank 1 semi-simple Lie group.
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math.GT 1years
2026 1verdicts
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Geodesic currents of coarse negative curvature
Strongly hyperbolic geodesic currents are dense in the space of geodesic currents, yielding infinitely many pairwise non-roughly-isometric strongly hyperbolic metrics on the universal cover that are not CAT(0).