Welcome to my project portfolio repository! Here, you'll find a collection of my key projects that demonstrate my skills and expertise in physics, data analysis, and software development. Each project reflects my passion for tackling complex problems and creating innovative solutions.
An innovative project focused on applying gyroscopic principles to develop effective and affordable stabilizers for cameras and precision instruments.
A sophisticated web-based application to accurately calculate and distribute rent among multiple bedrooms within a property.
A detailed simulation of the data analysis process that led to the discovery of the Higgs boson, utilizing advanced statistical tools and Python programming.
An advanced educational tool designed to enhance the comprehension of physics principles through interactive simulations.
A powerful application designed to automatically download tracks from Spotify playlists and liked songs via YouTube.
A simulation to study gas behavior through classical thermodynamics and kinetic theory, modeling gas particles as hard spheres undergoing perfectly elastic collisions.
A project conducted during my first year of study, focused on determining the Hubble constant through observational data and statistical analysis.
An exploration of the principles of relativity, including simulations and theoretical calculations.
Explore my live portfolio here.
This project is licensed under the Creative Commons Attribution 4.0 International License - see the LICENSE.md file for details.
Feel free to reach out to me via LinkedIn or email for any inquiries or collaboration opportunities.
Thank you for visiting my project portfolio repository. I hope you find my projects as exciting and insightful as I do!