One of my areas of research is the intersection between theoretical physics and computational physics. More specifically, I love to look at problems in theoretical physics with no analytical solution (often with giant, messy equations) and use numerical methods to solve them.
I will frequently upload example problems from undergraduate courses like classical mechanics and quantum mechanics that require numerical methods to solve. The language used will mainly be python, but there is a possibility of examples involving c++.
I will also be uploading work from my own research, including the work I did to solve the problem that is explained in more detail in my most recent publication: Relativistic Description of Confined Hydrogen-Like Atoms