Digital Pin Impression Board
Thousands of spring-loaded metal pins reproduce the shape of anything pressed into the surface — the physical Pin Art toy, digitised.
A laboratory of independent machines. Each instrument has its own simulation engine, surface, controls and camera — choose a bay to begin an experiment.
Thousands of spring-loaded metal pins reproduce the shape of anything pressed into the surface — the physical Pin Art toy, digitised.
A glass potential sheet maps magnetic poles. Place, drag and collide poles; field lines and iron filings trace B from North to South.
A ripple tank solving the 2-D wave equation: point sources, interference, the double slit and standing modes on a liquid surface.
Masses curve a space-time lattice. Launch bodies, watch orbits, collisions and the exchange between kinetic and potential energy.
Converts images and live webcam frames into a volumetric holographic point cloud using luminance and edge depth.
Escape-time sets, recursive carpets, fBm terrain and analytic surfaces sculpted as continuous mathematical landscapes.
An elastic smart-material membrane that stretches, bends, folds, remembers and springs back under applied forces.
Rotates polytopes through the fourth dimension and projects them into 3-D: tesseract, 16-cell, 24-cell and 5-cell.
A vibrating Chladni plate covered in sand. Sing, whistle or play tones — measured audio drives a plate-resonance model and the grains draw the sound.
A dark magnetic liquid that erupts into spikes. Bass, mids and treble from the mic or an audio file drive the field.
An optical bench room: route HeNe, green, blue, violet, UV, infrared, CO₂ and white-light lasers through mirrors, prisms, lenses, gratings, filters and splitters.
A high-voltage plasma ball: put your hand (or several fingers) on the glass and the glowing streamers jump to you.