Quantum Wavepacket Visualizations 🔭

This repo features elegant MATLAB animations of key quantum phenomena, visualizing wavepacket dynamics to aid learners, researchers, and visual thinkers!!

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📁 Contents

1. fft_animator.m

Purpose: Visualizes how a signal transforms between time and frequency domains using Fast Fourier Transform (FFT).

• Shows frequency content changes dynamically.
• Useful in quantum signal processing and filtering concepts.

2. wavepacket_2d_animator.m

Purpose: Simulates a 2D Gaussian wavepacket moving in space.

• 📈 Demonstrates spatial spreading and motion of a quantum particle.
• Visually rich and interactive surface plots.

3. tunneling_animator.m

Purpose: Animates quantum tunneling, where a particle-like wavepacket interacts with a potential barrier.

• Demonstrates partial reflection and transmission.
• Classic quantum effect that defies classical intuition.

🧠 Quantum Mechanics Concepts Illustrated

• Wavefunction Dynamics: Observe how quantum states evolve over time.

• Uncertainty Principle: Visual demonstrations of position-momentum uncertainty.

• Signal Processing: Explore the quantum analogs of classical signal transformations.

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🚀 How to Run

1. Clone the repository:

   git clone https://github.com/Manaswani96/MAT-Visor.git
   

2. Open MATLAB, navigate to the cloned repository folder.

3. Run any of the animation scripts:

   fft_animator
   

Click the "Run" button in MATLAB, and the corresponding plot will be displayed.

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✅ Requirements

• MATLAB: Version R2021 or newer is recommended.

• Dependencies: No external libraries or toolboxes are required.

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👤 Author

Developed by Mahi. K using MATLAB to visualize fundamental quantum mechanics concepts.

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📜 License

This project is licensed under the MIT License. Feel free to use or modify the code with appropriate credit.

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For more information and to explore the repository, visit: MAT-Visor on GitHub