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coudy
coudy
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I guess that you can find such a statement in the first articles of Omri Sarig about thermodynamical formalism.

If your shift is mixing, then the Pressurepressure/entropy of your shift coincides with the supremum of pressure/entropy over all compact invariant subsets in restriction to which the shift is topologically mixing.

I guess that you can find such a statement in the first articles of Omri Sarig about thermodynamical formalism.

If your shift is mixing, then the Pressure/entropy of your shift coincides with the supremum of pressure/entropy over all compact invariant subsets in restriction to which the shift is topologically mixing.

I guess that you can find such a statement in the first articles of Omri Sarig about thermodynamical formalism.

If your shift is mixing, then the pressure/entropy of your shift coincides with the supremum of pressure/entropy over all compact invariant subsets in restriction to which the shift is topologically mixing.

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Barbara Schapira
Barbara Schapira
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I guess that you can find such a statement in the first articles of Omri Sarig about thermodynamical formalism.

If your shift is mixing, then the Pressure/entropy of your shift coincides with the supremum of pressure/entropy over all compact invariant subsets in restriction to which the shift is topologically mixing.