Abstract:Abstract. We prove that there exists a scrambled set for the Gauss map with full Hausdorff dimension. Meanwhile, we also investigate the topological properties of the sets of points with dense or non-dense orbits.
“…Main results and structure of the paper. Lately, W. Liu, B. Li and S. Wang in [19,20] studied the chaotic properties of ([0, 1), G ). In the following statement, we summarise [19,Theorem 1.3,Corollary 1.4] and [20,Theorem 1.1,1.2].…”
Section: Introduction and Statement Of Resultsmentioning
confidence: 99%
“…Recall that Theorems A, B, and D are full analogues of the main results in [19], [20]. It is thus natural to pose the problems above for ([0, 1), G ), where G is the usual Gauss map.…”
Regular continued fraction expansions and Lüroth series of real numbers within the unit interval share several properties, although they are generated by different dynamical systems. Our research provides new similarities between both sets of expansions in terms of topological dynamics and Hausdorff dimension. In particular, we establish a complete analogue with the results of W. Liu, B. Li and S. Wang in [19,20] on the distal, asymptotic and Li-Yorke pairs for the Gauss map, in the case of the Lüroth transformation.
“…Main results and structure of the paper. Lately, W. Liu, B. Li and S. Wang in [19,20] studied the chaotic properties of ([0, 1), G ). In the following statement, we summarise [19,Theorem 1.3,Corollary 1.4] and [20,Theorem 1.1,1.2].…”
Section: Introduction and Statement Of Resultsmentioning
confidence: 99%
“…Recall that Theorems A, B, and D are full analogues of the main results in [19], [20]. It is thus natural to pose the problems above for ([0, 1), G ), where G is the usual Gauss map.…”
Regular continued fraction expansions and Lüroth series of real numbers within the unit interval share several properties, although they are generated by different dynamical systems. Our research provides new similarities between both sets of expansions in terms of topological dynamics and Hausdorff dimension. In particular, we establish a complete analogue with the results of W. Liu, B. Li and S. Wang in [19,20] on the distal, asymptotic and Li-Yorke pairs for the Gauss map, in the case of the Lüroth transformation.
“…In [7], Bruin and Jiménez López studied the Lebesgue measure of scrambled sets for C 2 and C 3 multimodal interval maps f with non-flat critical points. Recently, in [17] Liu and Li constructed a scrambled set with full Hausdorff dimension for the Gauss system.…”
We construct a multiply Xiong chaotic set with full Hausdorff dimension everywhere that is contained in some multiply proximal cell for the full shift over finite symbols and the Gauss system respectively.
“…In [13], the author constructed a Xiong chaotic with full topological entropy everywhere for positively expansive systems with specification property. Recently, in [16], Liu and Li constructed a scrambled set with full Hausdorff dimension for the Gauss system.…”
We construct a mean Li-Yorke chaotic set along polynomial sequences (the degree of this polynomial is not less than three) with full Hausdorff dimension and full topological entropy for β-transformation. An uncountable subset C is said to be a mean Li-Yorke chaotic set along sequence {an}, if both lim inf N →∞ 1 N N j=1 d(f a j (x), f a j (y)) = 0 and lim sup N →∞ 1 N N j=1 d(f a j (x), f a j (y)) > 0 hold for any two distinct points x and y in C.
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