Central Limit Theorem for non-stationary random products of $\SL(2, \R)$ matrices
Anton Gorodetski, Victor Kleptsyn, and Grigorii Monakov

TL;DR
This paper establishes a Central Limit Theorem for non-stationary sequences of random matrices in SL(2, R), extending classical iid results to more general, non-stationary contexts.
Contribution
It generalizes the classical CLT for iid matrix products to non-stationary sequences in SL(2, R), broadening the scope of probabilistic limit theorems in matrix products.
Findings
Proves CLT for non-stationary SL(2, R) matrix products
Extends classical iid results to non-stationary cases
Provides new tools for analyzing non-stationary matrix sequences
Abstract
We prove Central Limit Theorem for non-stationary random products of matrices, generalizing the classical results by Le Page and Tutubalin that were obtained in the case of iid random matrix products.
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Taxonomy
TopicsRandom Matrices and Applications · Advanced Algebra and Geometry · Mathematical Dynamics and Fractals
