Fundamentals
Bloch sphere geometry and circuit building blocks.
Lab directory
A hands-on workspace for quantum states, circuits, variational models, optimization, kernels, and immersive lab experiments.
Live tools
10
Planned tools
0
Learning modes
3
Completed
0 / 10
Directory
Choose a lab path
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Quantum AI
Classification, kernels, and trainability in parameterized models.
Quantum Simulation
Energy minimization, combinatorial optimization, and annealing.
Interactive Lab
Playable hardware recovery and a first-person lab experience.
Educational mode
Guided language, presets, and explanations for first-pass intuition.
Research mode
Precise controls, repeatable seeds, readouts, and export-ready results.
Challenge mode
Goal-driven tasks that turn each concept into a measurable exercise.
Tools
Lab roadmap
Quantum statesLive
Bloch Sphere
Interactive single-qubit state visualization on the Bloch sphere.
1. Choose a basis state.2. Adjust theta and phi.3. Apply gates.4. Read amplitudes and probabilities.
Quantum circuitsLive
Circuit Playground
Build and simulate small quantum circuits gate by gate.
1. Select qubit count.2. Pick a gate.3. Place gates on the grid.4. Inspect statevector and histogram.
Quantum machine learningLive
Variational Quantum Classifier
Train a 2-qubit classifier and watch the decision boundary form.
1. Choose a dataset.2. Set layers and learning rate.3. Train or step epochs.4. Inspect boundary and loss.
Quantum chemistryLive
H2 Ground State (VQE)
Find the ground-state energy of H2 with a single-parameter ansatz.
1. Select bond length.2. Adjust theta.3. Run optimization.4. Compare VQE and exact energies.
Playable hardwareLive
System Recovery
Recover a trapped-ion quantum processor step by step and bring the QPU back online.
1. Open the machine.2. Capture the ion.3. Cool the motion.4. Route the pair.
3D laboratoryLive
LAB 01: First-Person Lab
A compact first-person trapped-ion laboratory foundation with a real 3D machine and an openable QPU enclosure.
1. Enter the lab.2. Inspect the console.3. Open the machine.4. Release the latches.
OptimizationLive
QUBO Solver
Formulate and solve QUBO problems interactively.
1. Choose a template.2. Edit variables and penalties.3. Run solvers.4. Compare bitstrings and energies.
Optimization dynamicsLive
Annealing Simulator
Visualize simulated annealing over an energy landscape.
1. Choose a landscape.2. Set temperature schedule.3. Run annealing.4. Inspect trace and best state.
Quantum machine learningLive
Quantum Kernel Explorer
Compare a quantum feature-map kernel against a classical RBF kernel.
1. Choose a dataset.2. Select feature map depth.3. Compare kernels.4. Inspect alignment and predictions.
TrainabilityLive
Barren Plateau Demo
Visualize gradient variance collapse as circuit width grows.
1. Set qubits and depth.2. Choose cost function.3. Sample random circuits.4. Inspect gradient variance.