Mathematical Beading as Molecular Analog Computation: An Example from Beaded Sierpinski Buckyball

Year: 2013 Authors: Chia-Chin Tsoo; Chern Chuang; Bih-Yaw Jin

Core claim

Beads, strings, and algorithmic stitch rules can physically realize valence-sphere chemistry and approximate molecular electron-density structures.

Topics

mathematical beading, analog computation, fullerene modeling, Sierpinski buckyball

Domains

graph theory, fractal geometry, topology, geometric modeling, beadwork, sculpture, craft design, visual art

Methods

figure-eight stitch, valence sphere model, spiral codes, bead assembly

Media

beads, fishing strings, rubber bands, carbon atom models

Source status

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