Abstract
Ferromagnetism of a nerve-cell-like fractal-based complex, in which the dendritic portions characterized by a small fractal dimension are grown on a somatic nucleus characterized by a large fractal dimension, is investigated using Monte Carlo simulations of the octahedron-spin model. The difference in fractal dimensions in a nerve-cell-like fractal-based complex creates a heterotic phase in which the spin-ordered states of a somatic nucleus and the spin-disordered states of dendritic portions are orchestrated in the vicinity of the junction of the two regions.
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