Quantum Computing Simulator

Advanced quantum circuit simulation and visualization

Quantum Circuit Builder

Quantum Gates

H
X
Y
Z
CNOT
SWAP
RX
RY
RZ
M

Circuit Results

Build and run a quantum circuit to see results

Quantum Gates Explorer

Hadamard Gate (H)

1/√2 [[1, 1], [1, -1]]

Creates superposition states

Pauli-X Gate

[[0, 1], [1, 0]]

Quantum NOT gate (bit flip)

Pauli-Y Gate

[[0, -i], [i, 0]]

Bit and phase flip gate

Pauli-Z Gate

[[1, 0], [0, -1]]

Phase flip gate

CNOT Gate

Controlled NOT

Two-qubit entangling gate

SWAP Gate

Exchange states

Swaps two qubit states

Select a gate to explore its properties

Quantum Algorithms

Grover's Algorithm

Quantum search algorithm

Quantum Fourier Transform

Quantum version of DFT

Quantum Teleportation

Transfer quantum states

Superdense Coding

Send two bits with one qubit

Bernstein-Vazirani

Black box function evaluation

Deutsch-Jozsa

Period finding algorithm

Select an algorithm to view and run

Quantum Simulation

Simulation Results

Configure and run a simulation to see results

State Vector

State vector will appear here after simulation

Quantum Visualization

Visualization Information

Select a visualization type to see quantum state information

Quantum System Status

Quantum Simulator Ready
Gate Library 12 gates loaded
Algorithm Engine 6 algorithms
Visualization Active