📓STEM Notebooks

A listing of all the Jupyter Notebooks created for this portfolio.

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Visualizing Electric Fields

A Jupyter Notebook to help you grasp this abstract concept through visual examples.

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The Harmonic Oscillator

A Jupyter Notebook exploring harmonic oscillations and the Lennard-Jones Potential.

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Riemann Sums

A Jupyter Notebook comparing the Riemann sum methods numerically.

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Solids of Revolution

A Jupyter Notebook exploring solids of revolution and their calculation methods.

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The Hydrogen Atom

A Jupyter Notebook allowing you to interact with and study the orbitals in space.

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Orbital Analysis

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Access, download and analyze data from current and past space missions directly from JPL/NASA. All mission data is publicly available for research but access is not simple; this notebook streamlines the process and provides a ready-made platform for any related study on a mission of interest. The Notebook can be used purely as a visualization tool for orbital dynamics or as a complete numerical analysis suite.

The Ising Model

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The Ising Model is one of the staple problems in Thermodynamics. Exact solutions beyond two dimensions have eluded us but their numerical study have helped develop fields as far away as Neuroscience. I created this Notebook to treat the one dimensional case numerically and provide rich graphical output. Code is written in two languages: python and julia, the latter being a relatively new language that is becoming the choice for STEM.

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