collaborators

5 papers

math.DS2024

Distributions of periodic points for the Dyck shift and the heterochaos baker maps

Hiroki Takahasi

The heterochaos baker maps are piecewise affine maps on the square or the cube that are one of the simplest partially hyperbolic systems. The Dyck shift is a well-known example of…

math.DS2024

Polynomial rate of mixing for the heterochaos baker maps with mostly neutral center

Hiroki Takahasi, Masato Tsujii

For the heterochaos baker maps whose central direction is mostly neutral, we prove that correlations for Hölder continuous functions decay at an optimal polynomial rate of order $n…

math.DS2024

Ergodic optimization for continuous functions on the Dyck-Motzkin shifts

Mao Shinoda, Hiroki Takahasi, Kenichiro Yamamoto

Ergodic optimization aims to describe dynamically invariant probability measures that maximize the integral of a given function. The Dyck and Motzkin shifts are well-known examples…

math.DS2024

Ergodic optimization for continuous functions on non-Markov shifts

Mao Shinoda, Hiroki Takahasi, Kenichiro Yamamoto

Ergodic optimization aims to describe dynamically invariant probability measures that maximize the integral of a given function. For a wide class of intrinsically ergodic subshifts…

math.DS2024

The dynamics of the heterochaos baker maps

Yoshitaka Saiki, Hiroki Takahasi, Kenichiro Yamamoto +1

The heterochaos baker maps are piecewise affine maps of the unit square or cube introduced in [Nonlinearity 34, 2021, 5744--5761], to provide a hands-on, elementary understanding o…