2001
DOI: 10.36045/bbms/1102714169
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Pisot substitutions and Rauzy fractals

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Cited by 197 publications
(247 citation statements)
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“…La représentation ϕ ∞ de tels système substitutifs est etudiée dans [AI01,CS01b]. La dimension D ∞ est la plus grande possible (c'est-à-dire d − 1) si la substitution est de type Pisot.…”
Section: Représentations Des Substitutions Unimodulaires 1259unclassified
“…La représentation ϕ ∞ de tels système substitutifs est etudiée dans [AI01,CS01b]. La dimension D ∞ est la plus grande possible (c'est-à-dire d − 1) si la substitution est de type Pisot.…”
Section: Représentations Des Substitutions Unimodulaires 1259unclassified
“…For every unit Pisot substitution satisfying the strong coincidence condition, the substitutive system (X σ , S, µ) is measurably conjugate to the domain exchange (R, E, λ). See [AI01,CS01] for the details in the irreducible setting and [EIR06] for the reducible one. As described in the introduction, the construction of stepped surfaces and the existence of periodic tilings for this substitution is not clear.…”
Section: Hokkaido Substitutionmentioning
confidence: 99%
“…in [IO93,IO94]. The concept of stepped surface plays a central role in [AI01] in the irreducible substitution context, where it is defined as the set of nearest colored integer points above the contracting space K c of the substitution σ:…”
Section: Introductionmentioning
confidence: 99%
“…Host [11], in a widely cited but unpublished manuscript, proved that a unimodular Pisot substitution system on two symbols is metrically conjugate to a circle rotation, provided the strong coincidence condition holds (see the next section for definitions). Arnoux and Ito [1] introduced the strong coincidence condition in the non-constant length case. Arnoux and Ito [1] introduced the strong coincidence condition in the non-constant length case.…”
Section: Hollander and B Solomyakmentioning
confidence: 99%
“…They used the geometric approach to establish that a unimodular Pisot substitution system on m symbols, satisfying the strong coincidence condition, is metrically conjugate to a domain exchange in R m−1 . However, being a domain exchange does not automatically imply that the dynamical system is pure discrete and additional conditions were needed to make such a claim [1,21]. Recently, Siegel [23] has proved that in the case of non-unimodular Pisot substitutions there is an analogous realization on a product of R m−1 and p-adic spaces.…”
Section: Hollander and B Solomyakmentioning
confidence: 99%