Geometric methodology identifies structural solutions in multiple domains, suggesting broad applications for innovation.
BCT Letter 194 formalises the BCT Rabbit Holes methodology: the systematic application of BCT void geometry to identify structural solutions to industrial and scientific problems. The BCT framework's zero-free-parameter architecture enables rapid cross-domain pattern recognition — connecting seemingly unrelated phenomena through the same oct-tet void ratios. Three worked examples demonstrate the methodology: materials science, acoustic engineering, and biological systems. The Rabbit Holes model forms the basis of BCT R&D Acceleration services.
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Michel Robert Cabrié (2026) studied this question.
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