2001•Journal of Nanchang UniversityRequires access

Chaos and Topologically Weakly Mixing of Shift Maps on the Inverse Limit Spaces

Huoyun Wang

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Abstract

We prove the following results about the shift map on the inverse limit space of a compact meteric space and a sole bonding map:the shift map on inverse limit space is finite type chaotic if its sole bonding map is finite type chaotic;the shift map on inverse limit space is topologically weakly mixing if its sole bonding map is topologically weakly mixing;If (X,f) is topologically conjugate with (Y,g),then lim ←(X,f) is topologically conjugate with lim ←(Y,g).

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We prove the following results about the shift map on the inverse limit space of a compact meteric space and a sole bonding map:the shift map on inverse limit space is finite type chaotic if its sole bonding map is finite type chaotic;the shift map on inverse limit space is topologically weakly mixing if its sole bonding map is topologically weakly mixing;If (X,f) is topologically conjugate with (Y,g),then lim ←(X,f) is topologically conjugate with lim ←(Y,g).

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Available abstract

We prove the following results about the shift map on the inverse limit space of a compact meteric space and a sole bonding map:the shift map on inverse limit space is finite type chaotic if its sole bonding map is finite type chaotic;the shift map on inverse limit space is topologically weakly mixing if its sole bonding map is topologically weakly mixing;If (X,f) is topologically conjugate with (Y,g),then lim ←(X,f) is topologically conjugate with lim ←(Y,g).

Key concepts: Inverse limit, Topological conjugacy, Mixing (physics), Chaotic, Mathematics, Limit (mathematics), Space (punctuation), Inverse

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