Explore quantum computing simulations and experiments built with LLAL's platform.
These interactive simulations demonstrate core quantum computing concepts like superposition, entanglement, and quantum gates.
Visualize entangled qubits and their correlation behavior across different measurement bases.
Run Experiment →Apply Pauli-X/Z, Hadamard, and CNOT gates to visualize qubit state transformations.
Run Experiment →Observe probability distribution patterns of multi-slit experiments at quantum scales.
Run Experiment →Experiment with real-time quantum state visualizations and quantum circuit designs.
Drag-and-drop interface to build and simulate quantum circuits, view probability distributions in real time.
Build Quantum Circuit3D visualization of quantum state vectors, Bloch spheres, and probability amplitudes.
Explore StatesCompare classical and quantum algorithms, including Shor's algorithm and Grover's search.
View AlgorithmsOur quantum demos are built with LLAL's powerful simulation engine, allowing you to experiment with complex quantum systems.