Bloch Sphere Visualization Tool

Overview

This project is a visualization tool for single qubit rotations on a Bloch Sphere, implemented using Qiskit and Python Tkinter.

Images:

Quantum Gates used:

• X: Flips the state of the qubit
• Y: Rotates the state vector about the Y-axis
• Z: Flips the phase by π radians
• Rx: Parametrized rotation about the X-axis
• Ry: Parametrized rotation about the Y-axis
• Rz: Parametrized rotation about the Z-axis
• S: Rotates the state vector about the Z-axis by π/2 radians
• T: Rotates the state vector about the Z-axis by π/4 radians
• Sd: Rotates the state vector about the Z-axis by -π/2 radians
• Td: Rotates the state vector about the Z-axis by -π/4 radians
• H: Creates a state of superposition

Notes:

• For Rx, Ry and Rz: The allowed range for theta (rotation_angle) in the app is [-2π, 2π].
• In case of a visualization error, the app closes automatically. This indicates that visualization of the given circuit is not possible.
• At a time, only 10 operations can be visualized.

Important Links and References

• Qiskit - An open-source quantum computing framework for leveraging today's quantum processors in research, education, and business.
• Python Tkinter - The standard GUI toolkit for Python.