Computational Physicist Full-Stack Builder
I simulate the large-scale universe — massive neutrinos, the cosmic web, and the machine-learning tools that make those simulations tractable. Then I build the software around them.
fig. cosmic web — interactive N-body density slice. move your cursor to perturb it.
// about
I work where cosmology meets code — turning physical questions about the universe into simulations you can actually run, and the software that runs them.
I'm a master's researcher in high-energy physics at Shahid Beheshti University. My thesis asks how massive neutrinos reshape the cosmic web, measured with Minkowski functionals and conditional moments on Quijote N-body simulations.
The instinct that makes me trust a simulation — read the code, check the statistics, automate the tedious parts — is the same one I bring to building software. I write mostly Python for science and TypeScript for the web, and I care about tools other people can actually pick up and run.
// research & experience
A research path, kept reproducible.
Hover or tap any role to expand what it involved.
Publications & talks
// build
Code that ships, from the lab to the web.
Selected work from GitHub — research pipelines and small tools alike.
// contributions
Writing code, consistently.
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// toolkit
What I reach for.
Grouped by what they're for — proficiency noted where it's earned.
// education
Trained in physics, by the numbers.
// writing
Thoughts, explained.
Long-form notes on physics, code, and the overlap between them.
// contact
Let's talk cosmology, code, or both.
Open to research collaboration, graduate opportunities, and interesting software problems. The fastest way to reach me is email.
shayanzavvarei@gmail.com