This repository contains material developed and used during my undergraduate studies in Physics with an emphasis in Astrophysics at the Federal University of Rio Grande do Sul (UFRGS).
The content is based on topics covered in Computational Physics courses and includes:
- 📓 Interactive and explanatory Jupyter Notebooks
Covering numerical methods and physical applications using Python. - 🧮 Code implementations in Python
Focused on solving problems in physics and astrophysics. - 📝 Solved exercises and exams
These illustrate practical applications.⚠️ Note: Exam solutions were written under time constraints during class, so explanations may be brief or incomplete.
- Python 3
- Jupyter Notebook
Common libraries used:
numpymatplotlibscipypandas(occasionally)
notebooks/– Explanatory and interactive Jupyter notebooksexercises/– Solved exercisesexams/– Solved tests and assignmentsREADME.md– This file
This repository serves as both a personal study archive and a resource for those interested in learning how computational methods are applied to problems in Physics and Astrophysics.
Feel free to explore, learn, and adapt!