Chaos and Topologically Weakly Mixing of Shift Maps on the Inverse Limit Spaces
Huoyun Wang
Abstract
Huoyun Wang
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).
Key concepts: Inverse limit, Topological conjugacy, Mixing (physics), Chaotic, Mathematics, Limit (mathematics), Space (punctuation), Inverse