Quantum Simulation Platform
Quantum SimulationQuantum Simulation Platform
A web-based unified quantum simulation and conversion platform allowing users to write, simulate, and visualize quantum circuits across Qiskit, Cirq, and PennyLane.
Client Needs
Quantum computing developers and researchers face a highly fragmented ecosystem where code written for IBM's Qiskit cannot easily run on Google's Cirq or Xanadu's PennyLane without tedious, error-prone manual rewriting. Additionally, visualizing complex multi-qubit topologies and analyzing probability distributions in real-time was slow and lacked unified, interactive tools.
Working Process
- 01Engineered an AST-based 'Rosetta Stone' compiler using OpenQASM 3.0 as an intermediate representation to automate circuit translation between Qiskit, Cirq, and PennyLane with 99%+ accuracy.
- 02Developed a high-fidelity 2D circuit visualizer with D3.js and an immersive 3D visualization engine using Three.js and React-Three-Fiber, enabling researchers to inspect complex quantum topologies from any angle.
- 03Integrated a real-time WebSocket-driven feedback layer using FastAPI to stream simulation progress and heartbeats, reducing perceived latency for long-running quantum operations by ~60%.
- 04Built an analytics dashboard using Chart.js to map raw simulation counts into comprehensive state-probability graphs and measurement histograms, backed by a scalable Docker-based microservices architecture.
Check & Launch
QCanvas successfully bridges the gap between quantum frameworks, reducing manual circuit porting time by 80%. The platform supports simulation of up to 20+ qubits on consumer hardware using optimized Statevector, Density Matrix, and Stabilizer backends. Built with Next.js, FastAPI, and PostgreSQL, the platform provides a secure, full-stack type-safe environment that accelerates quantum research and algorithm design.
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