Summer Student Program 2019 | Tutorials Week

15 Jul 2019, 09:20 → 19 Jul 2019, 12:30 UTC

3Is, UCoimbra, UMInho

Welcome to the induction week for the 2019 LIP Summer Student Program!

It starts on Monday, July 15th, 9h20. In Lisbon, we will meet in the Auditorium of the LIP building (3Is, see map). At Minho University, the room is CP3, 3.02. At Coimbra, the room is AD1 at the Physics Department. 

The agenda for the week is organized according to the following daily format:

• 9:30-11:30: Lectures
• 11:30-12:30: Tutoring conversations between students and researchers
• 14:00-17:00: Hands-on tutorials and exercises

Except for the first two hours of lectures, the remaining sessions are of an interactive nature, where students pose their questions and carry out exercices facilitated by the researchers,

Lectures will be broadcasted through vidoconference, while the remaining sessions will take place at each location (Lisbon, Coimbra, Braga).

In Lisbon: lectures will take place in the auditorium of the LIP building (3Is), the tutoring conversations will take place in smaller rooms also at 3Is, and the hands-on sessions (afternoons) will be at FCUL (rooms will be specified directly on the agenda).

 

videoconference zoom

Monday, 15 July

1 Opening

Introduction

2 Introduction to Particle Physics

Speaker: Mário Pimenta (LIP)

MP-19-intro-Particulas.pdf

3 LOC (announcements)

lsst2019_tutweek.pdf

Tutoring discussion: Meeting with supervisors

Tutorial: Introduction to Linux and C++

4 Introduction to Linux and C++

Introduction to basic linux (bash) and C++. Students who have never contacted with a terminal should attend this session rather than the ROOT one.

Basic bash commands, basic input output in C++, for loop and if condition.

Speakers: Ana Luisa Carvalho (LIP), Diogo Bastos, Mariana Araújo

C_LinuxTutorial.pdf

C_LinuxTutorial_slides.pdf

C++ Quick reference

Some very complete slides on C++

The one page linux manual

5 Introduction to ROOT

This session is intended for students who already had some contact with a terminal and some C++ fluency. The basics of the ROOT framework will be introduced. This session is repeated on Tuesday for students who took the concurrent session.

There will be three topics:
- ROOT inline
- TBrowser
- ROOT macro

To install root on your computer (if you wish) you'll need to install all the software that ROOT depends on. You can find it per distribution here:
https://root.cern.ch/build-prerequisites
Still, sometimes somethings can still be needed.

If you're using linux you can run the install_root.sh script (after installing the needed dependencies) and it should install in your computer. You can run it in a terminal:
bash install_root.sh
Or you can open the script in a text editor and run the steps one by one.

If you use Windows we deeply recomend you make a dual boot with linux or create a virtual machine. Further information on the ROOT instaltion:
https://root.cern.ch/building-root

If you choose to run the script install_root.sh, the next time you open a terminal you should be able to run root by typing:
root

Speakers: Beatriz Lopes (LIP), João Pedro de Arruda Gonçalves (LIP), Luís Sintra

install_root.sh

ROOTbasicTutorial.tar.gz

Some very complete slides in ROOT

Tuesday, 16 July

Lecture: LHC

6 Introduction to LHC Physics

Speaker: Michele Gallinaro (LIP)

SMatLHC_gallinaro.pdf

7 Higgs & BSM

Speaker: Ricardo Gonçalo (LIP)

Ricardo_HiggsBSM_v1.pptx

Tutoring discussion: LHC

8 Tutoring chat: LHC

Speaker: Filipe Veloso (LIP, UC)

9 Tutoring chat: LHC

Speakers: Nuno Leonardo (LIP), Pedrame Bargassa (LIP)

10 Tutoring chat: LHC

Speaker: Nuno Castro (LIP, and University of Minho)

Tutorial: Introduction to ROOT

11 Introduction to ROOT

This session is meant for students who took the Linux and C++ Introduction session on Monday and should be equivalent to it's concurrent one.

Speakers: Ana Luisa Carvalho (LIP), Diogo Bastos, Mariana Araújo

install_root.sh

ROOTbasicTutorial.tar.gz

Some very complete ROOT slide

12 Reconstruction with ROOT

In this tutorial we try to reconstruct the Z from a dimuon system. At the end you should have a file that you can run by the previous macros and compare results.

Speakers: Beatriz Lopes (LIP), João Pedro de Arruda Gonçalves (LIP), Luís Sintra

ROOTadvancedTutorial.tar.gz

ROOTadvancedTutorial.tar.gz

Tutorial_ROOT_2_En.pdf

Tutorial_ROOT_with_fastjet.pdf

Wednesday, 17 July

Lecture: Detectors

13 Detectors and data aquisition in particle physics

Speaker: Agostinho Gomes (LIP)

detectoresEstagioJulho2019.pdf

14 Detector and physics simulation

Speaker: Bernardo Tomé (LIP)

Detector_simulation_Estágios2019.pdf

Tutoring discussion: Detectors

15 Tutoring chat: Detectors

Speakers: Bernardo Tomé (LIP), Joao Gentil Mendes Saraiva (LIP), Jorge Sampaio (LIP / FCUL), Tahereh Niknejad (LIP)

16 Tutoring chat: Detectors (RPCs)

Speaker: Alberto Blanco (LIP)

rpc.pdf

Lecture

17 Introduction to statistics

Speaker: Pedrame Bargassa (LIP)

PB_Stat_Estagio.pdf

Data Analysis: Hands-on data analysis

18 Introduction to neural networks and Keras

This session introduces neural networks and how to build them in python using Keras. Additionally, some basic data-science principles are demonstrated.

Speakers: Giles Strong (LIP), João Pedro de Arruda Gonçalves (LIP), Luís Sintra

Notebook repo

Understanding Neural Networks - LIP-SS 2019 version.pdf

19 Likelihood fitting

In this exercise we will carry out an analysis of LHC data, putting in practice what we have learned in the past sessions.

Speakers: Ana Luisa Carvalho (LIP), Julia Silva (LIP), Nuno Leonardo (LIP)

datatutorial.pdf

Thursday, 18 July

Lecture: Cosmic rays, neutrinos, and dark matter

20 Astroparticle physics

Speaker: Rúben Conceição (LIP)

RubenLIPsummer19.pdf

21 Neutrinos

Speaker: Sofia Andringa (LIP)

Neutrinos2019_ELIP.pdf

Tutoring discussion: Astro

22 Tutoring chat: Astro

Speakers: Alex Lindote (LIP, UC), Elias Lopez-Asamar (LIP)

23 Tutoring chat: Astro

Speakers: Bernardo Tomé (LIP), Felix Riehn (LIP), Lorenzo Cazon (LIP), Nuno Barros (LIP), Valentina Lozza (LIP)

24 Tutoring chat: Astro

Speakers: Henrique Carvalho (LIP Minho), Raul Sarmento (LIP)

Data Analysis

25 Hands-on: Neutrinos

Find out if neutrinos do have a mass.

Speakers: Nuno Barros (LIP), Sofia Andringa (LIP), Valentina Lozza (LIP)

Hands on Neutrinos19.pdf

Hands_on_slide_nu.pdf

Neutrino_2019.C

26 LHC: HYPATIA and OpenData

This tutorial will cover aspects related to data analysis at LHC.
In HYPATIA session you will learn how to identify particles in a detector like ATLAS and CMS.
The purpose of the OpenData is to understand the role of the kinematic variables in (any) data analysis that aims to maximize a signal while mitigating the background.

Instructions to run HYPATHIA

(1) Download script 'startHypathia.sh' it should be copied to Downloads folder.
Open a terminal and type:
(2) bash
(3) cp Dowloads/startHypathia.sh
(4) source startHypathia.sh
The script description is:
- creates a directory HYPATHIA
- downloads the java application and the events
- loads a web page on firefox with further instructions on the exercise
- lauches the application
In Hypathia application
(5) Choose the correct set of events (*.xml files) seen in HYPATHIA directory

Speakers: Helena Santos (LIP), Joao Gentil Mendes Saraiva (LIP), Rute Pedro (LIP/FCUL)

MC_HYPATIA_Z_2019_eng.pdf

opendata_1_EN_ver2.pdf

opendata_1_EN_ver2.pptx

startHypathia.sh

Friday, 19 July

Lecture: Structure of matter & Heavy ions

27 Physics of the Nucleon

Speaker: Catarina Quintans (LIP)

quintans_estagios2019.pdf

28 Heavy ion physics

Speaker: Helena Santos (LIP)

HI_2019.pdf

Tutoring discussion: Structure of matter & heavy ion physics

29 Tutoring chat: Structure of matter

Speakers: Celso Franco (LIP), Liliana Apolinário (LIP), Nuno Leonardo (LIP)