Templates
Select a template to explore a quantum computing concept. Each template includes a circuit preview, run settings, and a local simulator.
BeginnerFundamentals1 qubit
Quantum Coin Flip
A single qubit in superposition demonstrates true quantum randomness.
What you'll learn:
- Superposition with the Hadamard gate
- Measurement collapse
- True randomness vs pseudo-randomness
BeginnerEntanglement2 qubits
Bell State Entanglement
Create a maximally entangled two-qubit Bell state.
What you'll learn:
- Creating entanglement with H + CNOT
- Correlated measurement outcomes
- The foundation of quantum teleportation
AdvancedAlgorithms3 qubits
Grover's Search Demo
Simplified educational demonstration of Grover's search algorithm on 3 qubits.
What you'll learn:
- Amplitude amplification concept
- Oracle and diffusion operators
- Quadratic speedup over classical search
AdvancedAlgorithms4 qubits
QAOA Optimization Demo
Simplified educational demo of the Quantum Approximate Optimization Algorithm on 4 qubits.
What you'll learn:
- Problem encoding with cost Hamiltonian
- Mixing and phase separation layers
- Candidate bitstring ranking
BeginnerFundamentals4 qubits
Quantum Randomness Generator
Generate true random numbers using 4 qubits in superposition.
What you'll learn:
- Multi-qubit superposition
- Random bitstring generation
- Quantum vs classical randomness