Computation of the scaling factor of resistance forms of the pillow and fractalina fractals

Details Computation of the scaling factor of resistance forms of the pillow and fractalina fractals Computation of the scaling factor of resistance forms of the pillow and fractalina fractals

2012-04-26

arxiv.org/abs/1204.5815v1

Mathematics

Metric Geometry

10 pages, 7 figures

Scientific paper

Much is known in the analysis of a finitely ramified self-similar fractal when the fractal has a harmonic structure: a Dirichlet form which respects the self-similarity of a fractal. What is still an open question is when such structure exists in general. In this paper, we introduce two fractals, the fractalina and pillow, and compute their resistance scaling factor. This is the factor which dictates how the Dirichlet form scales with the self-similarity of the fractal. By knowing this factor one can compute the harmonic structure on the fractal. The fractalina has scaling factor $(3+\sqrt{41})/16$, and the pillow fractal has scaling factor $\sqrt[3]{2}$.

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