The stories
behind the builds.

A visualization engine that makes quantum algorithms visible, step by step.

A daily oracle that runs a portfolio-optimization circuit on IonQ, distills it into a single systemic-risk score, and publishes it on-chain for smart contracts to read.

A visualizer that runs a real quantum-chemistry calculation and renders a molecule's orbital two ways at once, with the hardware's noise on display instead of hidden.

A music sequencer where every note comes from a quantum circuit you design, turning a quantum computer into a playable instrument.

Four quantum algorithms run beside their classical counterparts and stream their intermediate state, so the mechanism behind a speedup is something you watch unfold.

An interactive artwork where five butterflies are five qubits: the circuit scrambles them into one entangled field, one is damaged, and the anti-butterfly effect heals it.

A browser game that races classical and quantum solvers across five real logistics problems, and shows honestly which one wins, and why.

A browser studio that turns quantum circuits into sound.

A visual sandbox where you drag and drop quantum operations to compose new algorithms, then run them on real hardware.

A quantum twist on the prisoner's dilemma: two traders are two qubits, held in a superposition of buy and sell, entangled into outcomes classical game theory cannot reach.

A living digital garden where every plant gets its form and behavior from circuits run on real quantum hardware.

A point-cloud body whose parts respond to each other across distance: entanglement you can see.

A visualization tool for quantum correlations that shows how measurement choice and basis selection change what you actually see in a circuit.

A live-coding music environment where the patterns come from real quantum circuits, not random-number generators.

A quantum machine-learning tool that detects market-stress regimes (crashes, recoveries, sideways grind) from real historical data.