🌐 Quantum Gates Visualization using Qiskit

This project is a simple interactive Python application built with Qiskit that allows users to explore basic quantum gates and their effects on quantum states.

Users can select a Pauli gate, choose the number of qubits, and visualize the results using different quantum representations such as the Bloch Sphere, histograms, and circuits.

🚀 Features

• Supports Pauli Gates:

  • Pauli-X (X)
  • Pauli-Y (Y)
  • Pauli-Z (Z)

• Supports multiple qubits

• Interactive menu-based selection

• Multiple visualization and analysis options

📋 Menu Options

After selecting a quantum gate and the number of qubits, the user can choose from the following options:

1. Bloch Sphere Visualization
   Visualizes the quantum state of a single qubit on the Bloch Sphere.

2. Histogram
   Displays the measurement probabilities of the quantum state.

3. Operator
   Shows the matrix representation of the selected quantum gate.

4. Circuit Visualization
   Displays the quantum circuit diagram using Qiskit’s circuit drawer.

5. Measurement Circuit
   Adds measurement operations to the circuit and simulates the measurement output.

6. Exit
   Exits the program.

🧠 Project Workflow

1. Select a Pauli Gate (X, Y, or Z)
2. Select the number of qubits
3. Choose a visualization or analysis option
4. View results
5. Repeat or exit the program

🛠️ Technologies Used

• Python 3.x
• Qiskit
• Qiskit Aer
• Matplotlib

📦 Installation

Make sure you have Python installed, then install the required dependencies:

pip install qiskit qiskit-aer matplotlib

Thankyou