Abstract

In this paper, we study arithmetical and topological properties for a class of Rauzy fractals Ra{\mathcal R}_a given by the polynomial x3−ax2+x−1x^3- ax^2+x-1 where a≥2a \geq 2 is an integer. In particular, we prove the number of neighbors of Ra{\mathcal R}_a in the periodic tiling is equal to 88. We also give explicitly an automaton that generates the boundary of Ra{\mathcal R}_a. As a consequence, we prove that R2{\mathcal R}_2 is homeomorphic to a topological disk.

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