Quantum Gates
Master the building blocks of quantum circuits. Learn single-qubit gates, multi-qubit gates, and how to compose quantum algorithms.
Prerequisites
Complete Level 1: Quantum Foundations
🎯What You'll Learn
- ✓Single-qubit gates like Pauli-X, Y, Z
- ✓Hadamard gate for creating superposition
- ✓CNOT and controlled gates
- ✓Phase gates and rotation operators
- ✓Quantum circuit notation and visualization
💪Skills You'll Gain
🏆Learning Outcomes
📖Interactive Modules (10)
Introduction to Quantum Gates
Introduction to quantum gates, fundamental operations that manipulate qubit states.
Pauli Gates (X, Y, Z)
Master Pauli X, Y, Z gates for qubit rotations and quantum NOT operations.
Hadamard Gate
Learn Hadamard gate creating superposition, the gateway to quantum parallelism.
Phase & T Gates
Understand phase gates (S, T) adding complex phases to quantum states.
CNOT Gate
Master CNOT gate, the controlled-NOT for creating entanglement between qubits.
Multi-Qubit Gates
Explore multi-qubit gates: Toffoli, Fredkin, and controlled operations on multiple qubits.
Building Quantum Circuits
Build quantum circuits by composing gates in sequence and parallel.
Gate Decomposition
Learn gate decomposition, breaking complex gates into elementary operations.
Universal Gate Sets
Understand universal gate sets that can implement any quantum algorithm.
Interactive Circuit Simulator
Design and simulate quantum circuits interactively with visual feedback.