Computational Physics Club

Cosmological Simulation by Argonne National Laboratory

Who we are?

The Computational Physics Club is focused on providing students with a structured environment to explore and apply computational methods in physics, with a specific focus on Python and Mathematica. Our goal is to equip students with the skills needed to tackle complex physical problems through numerical simulations, symbolic computation, and data analysis.

Our Work

At the Computational Physics Club, we explore the intersection of physics and computational methods to tackle complex problems in science and engineering. Our members engage in projects spanning numerical simulations, data analysis, and algorithm development using Python and Mathematica.

What We Do:

Numerical Simulations: We model physical systems, from classical mechanics to quantum phenomena, leveraging computational tools to solve equations that are otherwise intractable.
Data Science & Machine Learning: We apply statistical methods and AI to analyze experimental data, classify patterns, and enhance scientific predictions.
Interdisciplinary Projects: Our work extends beyond physics, collaborating with engineers, mathematicians, and computer scientists to solve real-world challenges.
Hackathons & Competitions: We organize coding challenges, including our annual hackathon, to foster innovation and sharpen problem-solving skills.
Workshops & Research: Through biweekly meetings, we host workshops on scientific computing and contribute to open-source projects in computational physics.

Whether you’re a physicist looking to sharpen your coding skills or a programmer eager to apply computational methods to physics, our club provides a platform to collaborate, learn, and innovate.

Our Team

Hi I'm Juanda, a Physics undergrad and coding enthusiast from Ecuador, currently working as a junior data scientist. My interests lie at the intersection of physics, AI, and computational science, where I explore topics like Quantum Mechanics and Machine Learning. I enjoy problem-solving, building intelligent systems, and discussing everything from MRU to LLMs. GitHub

My name is Santiago Reascos and my passion for physics started when i was just a kid. I always wanted to understand how everything works, now i think i'm getting the hang of it. Now, I'm looking forward to get more involved on research and try sharing this knowledge on science in my plataforms. I'm interested in the fields of theoretical physics, astrophysics and caos theory. GitHub

I'm Yorlan, an undergraduate physics student with strong interests in computational physics, machine learning, and artificial intelligence. I enjoy learning new things, exploring ideas and doing sweet stuff. GitHub

Alexander's Photo I'm Alexander, a physics student. I chose to study this field because I was fascinated by the hidden world that my eyes couldn’t see, but only my imagination could envision. Now, as I approach the final semesters of my degree, that feeling still persists. I am truly excited that, thanks to programming and the knowledge I've gained, I can now see things in the way I once only imagined. GitHub

Hi, I'm Alejo! My passion for physics began during the pandemic when I immersed myself in a collection of Natural Science books, captivated by the fundamental principles that govern the universe. Over time, my curiosity led me to explore various areas, with a particular focus on complex systems, chaos theory, computational soft and living matter, and mathematical physics. I find great excitement in understanding how seemingly random interactions can give rise to order and structure in nature. Beyond my academic interests, I love hiking and exploring the outdoors. GitHub

Last Meetings

Join Us!

Be part of the new generation of computational sciences for physics and more!

Computational Physics Club.

What We Do:

Last Meetings