Students

Suggested material:

ROOT (data analysis framework) 

1. I suggest to follow the next intro tutorial (in C++) (link)(backup)

   1. Once you finish the tutorial, please visit the following link, download the ROOT file, and repeat the modules “Accessing TTree”, “Simple Analysis using TTree::Draw()”, and “A Simple Analyzer” using this ROOT file

NA64 - Introduction to the experiment: files 

I suggest reading and watch the material in the following order:

1. Video: Latest results of the NA64 experiment searching for hidden sectors at the CERN SPS (link)

2. Science communication: ‘X’ boson feels the squeeze at NA64 (link)

3. Prospects for electron run (link)

4. Status and prospects of the NA64 experiment at the CERN SPS (link)

5. SRD detector for beam purity (link)

6. Brief introduction in the context of cosmology (link)

7. Measurement of the intrinsic hadronic contamination in the NA64−e high-purity e+/e− beam at CERN (link)

8. Search for Axionlike and Scalar Particles with the NA64 Experiment (link)

SWGO

2. SITE SELECTION (link)

3. Atacama astronomicalpark link 

Geant 4

1. General introduction to Geant 4 and one example at the end (link)

FLUKA

1. Examples and tutorial (link)

Dark matter

1. Introduction to DM observables (link)

2. Phenomenological approach (link)

SND and neutrino physics files 

1. Event generators ¿why and how? (link)

2. TeV neutrinos @LHC (link)

C++

1. Curso G. Valdiviesso [portugues] (link)

2. Básicos [español] (link)

3. Referencias: Cplusplus (link)

Python (ML)

1. Google's Colab

2. Baics (link)

3. Learn Python 3 the Hard Way (Zed Shaw's Hard Way Series)

4. Kaggle 

Photodetectors:

1. PMT anymation (link)

Summer programs: DESY, CERN