Self-Organized
Let the microtubules grow, see which problems they can solve.
Microtubule Computing
Reweaving the structures of computation found in all living beings
Most methods of computation attempt to skirt the bounds of Nature whether through near-zero systems in canonical quantum computation or egregious resource consumption in canonical AI. We reject this hypothesis in favor of harmony with Nature.
Computation in harmony with biology
From neurons to cilia to algae, roped filaments called microtubules compose the basis of structure and computation in most eukaryotic organisms on Planet Earth.
Biophotonics, fractal structures and nested resonance, time-crystals and quasi-crystals, qualia-matter interactions, holograms, retrocausality.
Underpinned by
50 years of research
Six frontiers around one substrate.
Two substrates,
two architectures
Explore our science →Discover the science →
Designed Circuit
Choose problems they can solve and build the circuits to solve them.
Build with us
Get ready to grow the future.