Theoretical analysis demonstrates approximate smooth conjugacy in area-preserving Anosov systems on the torus, highlighting quantitative geometric rigidity from finite periodic data.
Let f , g f,g be C 2 C^2 area-preserving Anosov diffeomorphisms on T 2 T^2 which are topologically conjugate by a homeomorphism h h ( h f = g h hf=gh ). We assume that the Jacobian periodic data of f f and g g are matched by h h for all points of some large period N ∈ N N∈ N . We show that f f and g g are “approximately smoothly conjugate.” That is, there exists a C 1 + α C1+α diffeomorphism h ¯ N h̄_N such that h h and h ¯ N h̄_N are
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Thomas O’Hare (2026) studied this question.
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