Schwarzschild metric and tensor calculations

tiny molecular dynamics (Trabajo final de Computación Paralela, curso de posgrado de FaMAF)

Defect migration kinetic Monte Carlo

An highly optimized Geodesics tracer over a Kerr metric (using full AVX2 and AVX512 intrinsics, tested on different configurations like Intel Xeon Phi Knight Landing)

C++ Code for Newton Raphson method of finding roots

Physically-correct rendering engine

First topic of the advanced-lab-course in summer term 2020. We want to simulate and visualize a cavity flow via the famous Navier-Stokes equations using the finite difference method.

Hercules is an octree-based finite element earthquake simulator originally developed by the Quake Group at Carnegie Mellon. Hercules is used to solve large-scale earthquake wave propagation problems. For instructions on how to build, install and execute Hercules, please read the documentation below.

Modeling of local cooling flows in the astrophysical plasma of Circumgalactic medium and comparison with Illustris TNG50 Cosmological simulation

Introduction to Programming and Computational Physics

Git repository for the course "Computational Physics", master degree in Physics at UniTN

Prograaming in C Language

Exact solutions to 1D relativistic Riemann problems

Visualize fluid simulation result with graphics API

CRFlowLib is a collection of computational libraries to simulate chemically reacting flows employing ISAT algorithm.