Put your quantum computing knowledge to the test. Build circuits, run algorithms, and verify your understanding of entanglement, superposition, and quantum gates.
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Construct a circuit that creates a maximally entangled Bell state from two qubits. Apply H and CNOT in the right order.
Start Challenge →Run Grover's search algorithm and find the marked item using exactly the optimal number of iterations for the given database size.
Start Challenge →Use quantum teleportation to transfer a specific qubit state. Set up the Bell pair, apply corrections, and verify the output matches the target.
Start Challenge →Chain Hadamard, Pauli-Z, and Hadamard gates. Predict the final state before measuring. Understand gate composition through practice.
Start Challenge →Run 100 measurements on entangled qubit pairs and achieve perfect correlation. Understand why entanglement guarantees correlated outcomes.
Start Challenge →Coming soon — your best times and scores will be tracked here using local storage. Complete challenges to start building your record.