QuantumSimulator
Interactive Course
Interactive chapters from intuition to mastery
Structured Lessons
Eight modules with formulas and self-checks
Quantum Brain
Navigate lessons, laws, gates, devices, and tools
Guided Experiments
Hands-on circuits that teach one idea each
Circuit Lab
Build circuits, run them, and see the results
Gate Reference
Quick reference for all quantum gates
Cryostat Studio
3D cryostat design and simulation
Component Catalog
Browse all cryostat components
System Checks
Check your design for errors
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physics
Interactive Course
Interactive chapters from intuition to mastery
Structured Lessons
Eight modules with formulas and self-checks
Quantum Brain
Navigate lessons, laws, gates, devices, and tools
Guided Experiments
Hands-on circuits that teach one idea each
simulator
Circuit Lab
Build circuits, run them, and see the results
Gate Reference
Quick reference for all quantum gates
wiringStudio
Cryostat Studio
3D cryostat design and simulation
Component Catalog
Browse all cryostat components
System Checks
Check your design for errors
← All modules
7

Guided Experiments

Hands-on circuit building with prediction and observation

beginner~15 min7 lessons

Each experiment gives you a question, a circuit, and a prediction to make before you run it. You build the circuit in the simulator, observe the result, and connect what you see to the theory. These are the fastest way to develop real quantum intuition.

Quantum Brain

See prerequisite ideas, theorem links, simulator paths, and hardware links for this module.

What you will learn
  • Predict measurement outcomes before running a circuit
  • Connect simulator observations to theoretical concepts
  • Build and run quantum circuits with confidence

Lessons in this module

1
Superposition Experiment

Apply H to |0> and observe the 50/50 split

2 min
2
Interference Experiment

Apply H twice and see the phase cancel out

2 min
3
Bell State Experiment

Create maximal entanglement between two qubits

3 min
4
GHZ State Experiment

Entangle three qubits and see what measurement reveals

3 min
5
Phase Kickback Experiment

Watch the control qubit change instead of the target

3 min
6
Deutsch Algorithm Experiment

Determine if a function is balanced or constant with one query

3 min
7
Teleportation Experiment

Transfer a quantum state using entanglement and classical bits

3 min
Module exam

10 questions — 90% or higher to pass

Complete all lessons first, then take the exam.

Take exam

Related experiments

Superposition
See what a qubit looks like before you measure it
Interference
Watch a hidden phase change become visible
Bell State
Entangle two qubits so they are perfectly correlated
GHZ State
Extend entanglement to three qubits
Phase Kickback
Watch information flow backward through a controlled gate
Deutsch’s Algorithm
Determine a function’s property with one query instead of two
Quantum Teleportation
Transfer a quantum state using entanglement and classical bits
Previous moduleHow to Build a Cryogenic Quantum SystemNext moduleQuantum Algorithms