A project to study the Planck's law. Planck's law describes the spectral density of electromagnetic radiation emitted by a black body in thermal equilibrium at a given temperature, when there is no net flow of matter or energy between the body and its environment.

Interactive web app:

1. clone the repo
2. create a virtual environment
3. activate the virtual environment
4. install dependencies with requirements.txt
5. use the code and/or run a local Streamlit app

These are the Python packages under the hood:

You can run a sample via command line from the project folder after cloning this repo:

A figure like the one below will be generated.

To see how to customize the plot and how to animate it like the gif at the top of this readme, see the tutorial file.

Interactive web app hosted on Streamlit Cloud:

All contributions are welcome.

Issues

Feel free to submit issues regarding:

• recommendations
• more examples for the tutorial
• enhancement requests and new useful features
• code bugs

Pull requests

• before starting to work on your pull request, please submit an issue first
• fork the repo
• clone the project to your own machine
• commit changes to your own branch
• push your work back up to your fork
• submit a pull request so that your changes can be reviewed

MIT, see LICENSE

If you use this project in a scientific publication or in classes, please consider citing as

F. L. S. Bustamante, Planck's law - Plotting the black body radiation, 2020 - Available at: https://github.com/chicolucio/planck

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