Abstract
We show that if σ is the shift on sequences of {0,1} and τ is the entropy zero transformation used by Ornstein in constructing a counter-example toPinsker's conjecture, then the skew-product transformationT defined byT(x,y)=(σx,τx0 y) is Bernoulli. ThisT is conditionally mixing with respect to the independent generator for σ, a partition with full entropy.
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Adler, R., andP. Shields: Skew products of Bernoulli shifts with rotations. Isr. J. Math.12, 215–220 (1972).
Adler, R., andP. Shields: Skew products of Bernoulli shifts with rotations. II. Isr. J. Math.19, 228–236 (1974).
Feldman, J.: NewK-automorphisms and a problem of Kakutani. Isr. J. Math.24, 16–37 (1976).
Meilijson, I.: Mixing properties of a class of skew products. Isr. J. Math.19, 266–270 (1974).
Ornstein, D. S.: A mixing transformation that commutes only with its powers. Proc. 6th Berkeley Symp. Math. Stat. Prob. II, 335–360. Berkeley-Los Angeles: Univ. California Press. 1967.
Ornstein, D. S.: AK-automorphism with no square root and Pinsker's conjecture. Adv. Math.10, 89–102 (1973).
Ornstein, D. S.: Ergodic Theory, Randomness and Dynamical Systems. New Haven-London: Yale Univ. Press. 1973.
Ornstein, D. S.: Factors of Bernoulli shifts. Isr. J. Math.21, 145–153 (1975).
Ornstein, D. S., andP. Shields: An uncountable family ofK-automorphisms. Adv. Math.10, 63–88 (1973).
Shields, P.: The Theory of Bernoulli Shifts. Chicago-London: Univ. Chicago Press. 1973.
Shields, P.: Weak and very weak Bernoulli partitions. Mh. Math.84, 133–142 (1977).
Thouvenot, J. P.: Quelques propriétés des systèmes dynamiques qui se décomposent en un produit de deux systèmes dont l'un est un schéma de Bernoulli. Isr. J. Math.21, 177–207 (1975).
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This research was done while the first author was a visitor at Stanford, supported in part by NSF Grant MP-575-08324.
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Shields, P.C., Burton, R. A skew-product which is Bernoulli. Monatshefte für Mathematik 86, 155–165 (1978). https://doi.org/10.1007/BF01320207
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DOI: https://doi.org/10.1007/BF01320207