Expanding direction of the period doubling operator
arXiv:math/9201281 · doi:10.1007/BF02099180
Abstract
We prove that the period doubling operator has an expanding direction at the fixed point. We use the induced operator, a ``Perron-Frobenius type operator'', to study the linearization of the period doubling operator at its fixed point. We then use a sequence of linear operators with finite ranks to study this induced operator. The proof is constructive. One can calculate the expanding direction and the rate of expansion of the period doubling operator at the fixed point.
Cited by in corpus (6)
- Oscillating Sequences, Minimal Mean Attractability and Minimal Mean-Lyapunov-Stability
- Global hyperbolicity of renormalization for C^r unimodal mappings
- Explicit a priori bounds on transfer operator eigenvalues
- Beyond the periodic orbit theory
- Henon-like maps with arbitrary stationary combinatorics
- On the Ruelle eigenvalue sequence