🔭 I am a physics doctor student and developer passionate about Asteroseismology, Deep Learning, Fluid Dynamics, Magnetohydrodynamics, Symplectic Geometry and Quantum Mechanics. I love creating scientific simulations, exploring theoretical physics, and working on data-driven astrophysical projects.
💡 My main research interests include:
- 🌠 Asteroseismology – Stellar oscillations, wave propagation, and their mathematical foundations.
- 🔥 Magnetohydrodynamics & Fluid Dynamics – Plasma physics, turbulence, and astrophysical flows.
- 🧠 Machine Learning & Deep Learning – Galaxy classification, time series forecasting, and topological data analysis.
- 📊 Numerical Simulations – High-performance computing for geophysical and astrophysical modeling.
🛠️ I also develop custom tools and libraries for computational physics, without relying on standard libraries.
📌 PyMoS2 – Python Modules for a Static Star Model: A Python code to simulate a simple stellar model.
📌 Galaxy Morphology Classifier – Using Machine Learning to classify galaxy morphologies.
🔗 More Projects: Click Here
📜 The limb darkening via transit modeling and bayesian inference (Revista Brasileira de Ensino de Física)
📜 Generalization to
📜 Computational Modeling of a Star: A Theoretical and Numerical Approach
- 📝 Submitted in Revista Brasileira de Ensino de Física (Coming Soon!)
💻 GitHub
📜 ResearchGate
📨 Email
📣 "Science is the poetry of reality." – Richard Dawkins
- 📖 Favorite scientific topic: Asteroseismology, Deep Learning & (M)HD
- 🎵 Loves Helluva Boss and The Owl House
- 💭 Favorite Quote: "Everything is connected."
✨ Star my repositories if you find them useful! ⭐
🚀 Let's push the boundaries of knowledge together!