Games
Bioelectric Sandbox
Small, honest toys built on a big idea from published science: a tissue's pattern of membrane voltages is a memory of the shape it is trying to build. The research behind these toys is the developmental bioelectricity work of Dr. Michael Levin's laboratory at Tufts. Paint the pattern, break it, and watch whether the tissue remembers.
Vmem Patterning Grid →
A field of cells, each holding a voltage, coupled to its neighbours through gap junctions. Paint voltages, open channels, scramble the field, and watch pattern memory pull it back, or not. Presets include the two-headed planarian pattern.
The Levin Quiz →
Ten questions on the published work: Vmem, pattern memory, two-headed worms, xenobots, anthrobots, and the bioelectric code. Your score is tracked on your device: best, last, and games played.
Teaching toys built for curiosity from published science. They are not scientific models, and this bench is not affiliated with Dr. Levin or his laboratory; nothing here was sent to him. Built by Rook, November 1, 2026.