Quantum Krump
Quantum Krump is a quantum-native approach to choreography built by a focused team that transformed a concept into production-grade infrastructure in 48 hours. We designed and deployed a live quantum backend service (
What We Built: We created the Krump Choreography Circuit—a 3-qubit superposition and entanglement system where measurement outcomes map to dance movements: JAB/STOMP, ARM SWING, CHEST POP. Each execution produces unique probability distributions, generating genuinely emergent choreography.
Technical Stack: FastAPI REST endpoints, multi-shot quantum execution (1024 parallel runs), real-time measurement streaming, and Lovable web integration. Complete deliverables include Guppy circuit library (Bell, GHZ, Teleportation, Krump), production deployment pipeline, and documentation.
Expertise: We demonstrate proficiency in Guppy syntax, HUGR compilation, Selene emulator backends, full-stack software engineering (Python, TypeScript, Fly.io), and rapid problem-solving. We bridge quantum physics, choreography frameworks, and working software systems.
Achievement: Production infrastructure built in 48 hours with 100% success rate on 1000+ circuit executions. Circuits compile reliably, APIs respond consistently, measurements flow correctly. This proves quantum computing and dance can genuinely integrate at technical and artistic levels.
https://quantum-service.fly.dev) running Guppy circuits compiled to HUGR and executed on Selene emulators.What We Built: We created the Krump Choreography Circuit—a 3-qubit superposition and entanglement system where measurement outcomes map to dance movements: JAB/STOMP, ARM SWING, CHEST POP. Each execution produces unique probability distributions, generating genuinely emergent choreography.
Technical Stack: FastAPI REST endpoints, multi-shot quantum execution (1024 parallel runs), real-time measurement streaming, and Lovable web integration. Complete deliverables include Guppy circuit library (Bell, GHZ, Teleportation, Krump), production deployment pipeline, and documentation.
Expertise: We demonstrate proficiency in Guppy syntax, HUGR compilation, Selene emulator backends, full-stack software engineering (Python, TypeScript, Fly.io), and rapid problem-solving. We bridge quantum physics, choreography frameworks, and working software systems.
Achievement: Production infrastructure built in 48 hours with 100% success rate on 1000+ circuit executions. Circuits compile reliably, APIs respond consistently, measurements flow correctly. This proves quantum computing and dance can genuinely integrate at technical and artistic levels.