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Quantum Harmonic Oscillator Visualization Tool - Release v1.0
Overview
This release introduces the Quantum Harmonic Oscillator Visualization Tool, a Python application offering dynamic insights into the quantum harmonic oscillator, a key concept in quantum mechanics.
Features
- Wavefunction Visualization: Explore probability density, real, and imaginary parts of the quantum harmonic oscillator's wavefunction.
- Quantum State Selector: Intuitive dropdown for exploring different quantum states (
n). - Dynamic Time Evolution: Adjustable slider for real-time animation of wavefunction changes.
- Real-time Feedback: Instant updates as parameters are adjusted.
- Scientific Accuracy: Utilizes precise constants and equations for realistic simulations.
Future Plans
- Version 2 (Upcoming): Introduction of Quantum Carpet Feature for enhanced visualization.
- Version 3 (In Development): Inclusion of Quantum Measurements for comprehensive interpretation comparisons.
System Requirements
To run this tool, ensure Python 3.x is installed, along with wxPython, NumPy, Matplotlib, and SciPy. Installation details in README.
Contributing
Contributions are welcome to enhance and expand the tool's capabilities. Fork the repository, make modifications, and submit pull requests with improvements.
License
This project is under the GNU Affero General Public License v3.
Acknowledgments
Designed as an educational resource to aid in understanding quantum mechanics. Intended for educational and research purposes.