This is a project done by the bachelor student Jurjan Bootsma. This repository contains Jupyter notebooks about a few different topics and they are inside different directories. A few notebooks contain interactive elements and with those notebooks, GIFs are added to give an idea of how this looks. Under this the different parts of the project are explained.
In this directory, a notebook can be found to give an intuitive understanding of the neutrino oscillation parameters. It shows the oscillation probability as a function of the energy and the cosine of theta. This is based on joscprob from Jpp. Furthermore, there is a notebook on creating all kinds of detector response images.
In this directory, there are 3 notebooks with interactive event generators. The first looks at all the momenta involved in an interaction. The second looks at a polar plot of the transverse momenta of three flavours at once. The last one looks how the hits distribute themselves as a function of time.
In this directory, notebooks can be found to analyse some nuclear effects in the neutrino simulations data. The first one focuses on how to perform a Lorentz boost and why that does not work every time. The second is about the cross section as a function of energy. The third is about the differential cross section as a function of energy, bjorken-x and bjorken-y. The last one is about the EMC effect.
These notebooks are written by Jurjan Bootsma with supervising from Bouke Jung and Maarten de Jong.