Computer Art: Sculptures of Polyhedral Networks Based on an Analogy to Crystal Structures Involving Hypothetical Carbon Atoms

The author has devised a ‘force’ field equation to apply to the attraction and repulsion of nuclear particles (nucleons) in hypothetical subatomic polyhedral arrangements. He points out that his model of a carbon-12 atom possessing an icosahedral arrangement of its nucleons and serving as a building block can be used to produce plausible models of crystals and amorphous clusters of carbon atoms and of hydrocarbon molecules. Although his atomic model does not correspond to the model accepted by physicists, it did serve him in devising his ‘force’ equation with the aid of a digital computer.

A computer algorithm employing the ‘force’ equation was used to deform networks of polyhedra. Several computer-generated stereograms of networks are presented. He concludes with a short discussion concerning the application of his computer techniques to sculpture and to applications related to polyhedral architecture.