Generate animated gifs of quasicrystal patterns using sums of waves in the plane
(TODO) actually callable javascript lambdas of infinitely threadable (potentially massively-multiplayer) godel-like-numbering-secure low latency neuralnet approximation of hypercomputation of the iota combinator sparse-emulating debugger breakpoints of itself, in javascript lambdas, such as naming every possible lambda by a 256 bit merkle id
Python module `dualgrid` for generating arbitrary rhombic tilings in arbitrary numbers of dimensions, based on the de Bruijn grid method.
Here is implementaions for QuasiCrystals including fibonacci-sequence, penrose-tile, amman-beenker lattice.
A generative model of spatial structure from temporal interference.
Aperiodic Structures Never Collapse: Fibonacci Hierarchies for Lossless Compression
A Lean 4 Certified Proof of 3D Aperiodic Einstein Quasicrystals by Triviality of the Projection Kernel.
A research tool for exploring quasicrystal surface patches by generating, validating, and scoring candidate morphologies.
Lab report: a symmetry selection rule for computation in phononic / quasicrystal MEMS reservoirs.
Kernel Polynomial Method implementation using Chebyshev expansion for disordered lattices.
Embed byte sequences into exotic geometric spaces and measure what comes out.
The official computational simulation lab for the Helix-Light-Vortex (HLV) framework. We translate 6D cut-and-project geometries into reproducible 3D quasicrystalline G-lattices to rigorously stress-test effective field models, weighted graph Laplacians, and topological vortex stability.
Finite-element study of quasicrystal-perforated MEMS resonators and what their mode structure can (and cannot) compute as a physical reservoir. Includes the paper.
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