State evolution
A live six-qubit state vector showing entanglement forming and returning to its starting state.
Interactive instruments make the work legible: state evolution, compute allocation, search, verification and hardware flow. These are working visualisations, not invented product claims.
Explore the motion, constraints and checks that connect a syndrome to a measured result.
A live six-qubit state vector showing entanglement forming and returning to its starting state.
Two equivalent circuit constructions run side by side so cost and structure can be inspected.
A model is streamed layer by layer while the resident memory stays bounded.
A nearest-neighbour array shows how a signal actually moves through hardware.
Candidate strategies compete, then only a design that survives validation is kept.
A verified sorting network makes the decision path visible from input to output.
Two checkers compare each result; disagreements stop the record rather than being hidden.
Cells are placed and connected across a compact FPGA-style floorplan with timing feedback.