Small project to illustrate how a diffuse and a variational MCMC can be made to solve the Schroedinger equation.

Test using Concrete Dropout

Project which simulates a electronic circuit. With Python interface in the command line and Web interface done with Python and Javascript.

GAN test on MNIST dataset

Project which uses a GAN or an adversarial auto-encoder to censor a classifier from using a a sensitive variable for discrimination. Includes a Dockerized Web application and RESTful API with Conti…

Hartree-Fock calculation in C++ using a numerical Grid. Based on hfpython repository.

Quick reference for reading HDF5 in Pandas from disk

Software which implements the Full Bayesian Unfolding method to unfold a reconstructed distribution using PyMC3.

Python code for a Raspberry Pi 2B robot using EduKit.

Educational code showing how histogramming works

Small test doing LDA or LSI topical analysis of the front page of Brazilian newspapers.

Hartree-Fock solver in Python with optimisations to improve convergence

Numerically solves the Schroedinger equation in 1D using the Numerov method and displays results in a didatic way.

The Monte Carlo method is used to simulate the effect of electron-proton scattering to demonstrate the basic idea behind Monte Carlo generators in HEP.