Explores eigenvalues and their impact on planar contractions, highlighting significant criteria for C1 solutions.
Cohomological equation is of special interest because it concerns the study of time change for flows, topological stability and topological conjugacy in dynamical systems, which is also an auxiliary equation to study the problem of linearization. In this paper, we consider a general form of cohomological equation for planar contractions. By using the ideas of invariant manifold and estimations in [W. Zhang and W. Zhang, dollar sign upper C 1 dollar sign C¹ C 1 linearization for planar contractions, J. Funct. Anal. 260 (2011), 2043–2063.], we present new criteria on eigenvalues of the linear parts for the existence of dollar sign upper C 1 dollar sign C¹ C 1 solutions in the Poincaré domain. Our results are a generalization of dollar sign upper C 1 dollar sign C¹ C 1 linearization for contractions.
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Li et al. (2026) studied this question.
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