Quantum Explorer

Quantum Explorer is a hands-on way to learn quantum computing — no physics degree required. Instead of reading abstract theory, you build and run real quantum circuits and see the results instantly.
Whether you are a student starting a quantum computing course, a teacher preparing a lesson, or simply curious about qubits, this app turns the theory into something you can play with.
WHAT'S INSIDE
• 12 interactive quantum demos with live probability results:
Bell State & GHZ State (entanglement)
Superposition — the Hadamard gate in action
Deutsch–Jozsa algorithm
Bernstein–Vazirani algorithm
Grover's search algorithm (quadratic speedup)
Quantum Fourier Transform (QFT)
Shor's algorithm (factoring 15 → 3 × 5)
Superdense coding
Quantum teleportation
Quantum random number generator (true randomness from measurement)
Partial entanglement
• Circuit Laboratory — build your own quantum circuits with a visual gate palette (H, X, CNOT, RX, RY, RZ…) and run them instantly.
• Quantum Concepts Library — plain-language explanations of qubits, superposition, entanglement, measurement and quantum gates.
• Beginner Video Tutorials — curated introductions to quantum computing.
• Knowledge Quiz — test what you've learned.
• Python Lessons — your first steps toward writing real quantum programs.
HOW IT WORKS
Quantum Explorer runs on the PyQPanda3 quantum programming framework from Origin Quantum. Every demo shows the circuit diagram, the quantum state and the measured probability distribution, so you can see exactly what a quantum computer is doing under the hood.
WHO IT'S FOR
Students, teachers, hobbyists, and anyone curious about the technology that may one day transform AI, chemistry and cryptography. No prior knowledge needed — start with the Superposition demo and work your way up.
NOTES
• Requires an internet connection to load demos and videos.
• All demos are simulations — you don't need access to a real quantum computer.