Mini Quantum Lab — Streamlit Quantum Simulator

A lightweight interactive Quantum Computing Simulation Lab built with Python, Streamlit, and NumPy.
Visualize qubit superposition, entanglement, and quantum gates in real time — directly in your browser.

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Overview

Mini Quantum Lab is an educational web simulator designed to help learners explore the fundamentals of quantum mechanics and quantum computing interactively.

It enables users to visualize quantum state evolution, apply quantum gates dynamically, simulate qubit measurements, and observe probabilistic outcomes.

⚠️ This project is inspired by IBM Quantum Lab and Qiskit visualization methods.
It is not affiliated with or endorsed by IBM.

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Technologies Used

• Streamlit — for an elegant, real-time web interface
• NumPy — for matrix-based quantum state calculations
• Matplotlib — for dynamic visualization of quantum states

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Key Features

Quantum State Simulation

• Initialize up to 3 qubits
• View live quantum state amplitudes & probabilities

Quantum Gate Application

• Supports Hadamard, Pauli (X, Y, Z), S, T, and CNOT gates
• Apply gates to specific qubits with interactive feedback

Measurement Simulation

• Perform quantum measurements with configurable shots (100–10,000)
• Observe probability distributions and measurement histograms

Matrix Visualization

• Inspect the unitary matrix of any gate
• Explore real & imaginary components of the matrix

Circuit History Tracking

• Every applied gate is stored in a real-time updating circuit log

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Visualization Example

Quantum State Vector

Amplitude and phase of each quantum basis state:

Interactive Quantum Gate Simulation

Visualize how applying quantum gates affects qubit states in real time:

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Project Structure

quantum-computing-simulation/
├── assets/
│   ├── quantum_state_vector.png
│   └── quantum_gate_simulation.png
├── main.py
├── requirements.txt
├── README.md
└── LICENSE

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Installation

git clone https://github.com/rasidi3112/quantum-computing-simulation.git
cd quantum-computing-simulation
pip install -r requirements.txt
streamlit run main.py

Then open http://localhost:8501 to explore the simulator.

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Future Improvements

• Quantum circuit composer (drag & drop interface)
• Cloud-based quantum backend integration
• Bloch sphere 3D visualization

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License

This project is licensed under the MIT License — feel free to use and modify with credit.

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Hashtags

#QuantumComputing #MiniQuantumLab #Streamlit #QuantumSimulator
#QuantumGateVisualizer #PythonAI #NumPy #Matplotlib #QubitSimulation

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👨‍💻 Created by🫰🫰 Rasidi