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Data Science for �Particle Physics

June 14-25 2021

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Schedule

14 (Mon)

15 (Tue)

16 (Wed)

17 (Thu)

18 (Fri)

4pm~6pm

Introduction

Computing�MadGraph

Computing�MadGraph

Computing�MadGraph

Computing�MadGraph

21 (Mon)

22 (Tue)

23 (Wed)

24 (Thu)

25 (Fri)

4pm~6pm

Computing�ML

Computing�ML

Computing�ML

Computing�ML

Summary

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Basic Level

Computing tutorial

  • Discord #python-tutorial
  • Goal: get familiar with standard data science tools.
  • Contents:
    • Shell
    • Jupyter notebook
    • Git
    • Python
    • Anaconda
  • uwepe-analysis/EPEtutorials

Haoran Zhao

Ke Li

Instructors

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Advance Level

Machine Learning tutorial

  • Discord #machine learning
  • Goal: understanding machine learning operation
    • Day 1 [slide][notebook]
    • Day 2 [slide][notebook]

Ajay Rawat

MadGraph/MadAnalysis tutorial

Oscar Ou

Instructors

Elham Khoda

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Using Discord for discussions

  • Work on these self-guided tutorials
  • Team up with other students
  • Ask questions and address other students’ questions
  • Join the daily seminar sessions

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EPE Research Projects

  • You are welcomed to join one of the active research projects
  • ATLAS
    • Dark Higgs (mono-S), Semi-visible jet, Vector Boson Scattering, Tri-Higgs
  • FASER
    • Muon tracking, Electron shower, Neutrino- anti-neutrino cross section
  • Machine Learning
    • Photon-jet identification, Graph Neural Network tracking, Machine Learning Vertexing, Anomaly Detection, Missing mass regression

PHY/CS 499 credits

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UW EPE Scholars Summer 2021

NSF UW REU 2021

  • Photon-jet identification: Deployment of CNN for identification of multi-photon objects decayed from (pseudo)scalar through exotic Higgs decay
  • Vector Boson Scattering Wgamma: Estimate sensitivity of new physics with the Standard Model Effective Field Theory using electroweak Wgamma jj final state.

IRIS-HEP Fellows

  • ROB and REANA: Developing the ROB backend to support workflows to run on REANA and other cloud platforms

US ATLAS SUPER

  • Semi-Visible Jet Search in ATLAS: Search for semi-visible jet in s-channel production with the ATLAS pp collision data

Ajay Rawat

Oscar Ou

Morgan Cassidy

Kaylin Ingalls

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Winning Scholarships

https://sites.google.com/uw.edu/uwreu/home

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Activity Subscriptions

Add one page to the activity group that you would like to work on during the data science workshop.

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Tutorial

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EPE Computing Tutorials

Complete EPE Computing Tutorials

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Alex Liechty (He/Him)

Third Year

Physics and ACMS

University of Washington Seattle

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EPE Computing Tutorials

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Alexandre Ramirez

Sophomore

Physics/Mathematics

University of Washington

Complete EPE tutorials

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EPE Computing Tutorials

Complete EPE tutorials and Machine Learning Tutorials

Ali Salman

Third Year

Applied Physics

University of Washington

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EPE Computing Tutorial

Finish the computing tutorial, then the ML tutorial, and hopefully join a project afterwards

Anthony Lau

Fourth year

Applied Physics

University of Washington, Seattle

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EPE Computing Tutorials

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Apurva Goel

BS in Comp Phys & Astr (2021)

University of Washington Seattle

Complete EPE & Machine Learning tutorials. Would love to pick up a research project at the end.

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EPE Computing Tutorials

Complete EPE tutorial and Machine Learning tutorial.

Haikun Xue

Third Year

Physics and Astronomy

University of Washington, Seattle

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EPE Computing Tutorials

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Haoran Sun

Sophomore

Physics/ACMS

University of Washington Seattle

Complete EPE tutorials

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EPE Computing Tutorial

Complete EPE Tutorials

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Kaylin Ingalls

Fourth Year

Physics

University of Portland

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EPE Computing Tutorials

I would like to complete the Computing and Machine Learning tutorials, and join a project if I can.

Kevin J. Wang

Junior -> Senior

Physics (Applied)

University of Washington

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Computing and Machine Learning Tutorial

Complete the EPE Computing and Machine Learning Tutorial. Would like to pick up a project at the end.

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Max Wang

Third Year

Applied Physics

University of Washington, Seattle

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EPE Computing Tutorials

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Meghna Shankar (she/her)

Third Year

Physics & Computer Science

University of Washington - Seattle

Complete EPE tutorials and machine learning tutorials

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EPE Computing Tutorials

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Morgan Cassidy

Third Year

Physics and Mathematics

University of Kansas

Complete EPE tutorials

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EPE Computing Tutorial

Complete EPE Tutorials

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Randall Scarborough

Fourth Year

Applied Physics

University of Washington, Seattle

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EPE Computing Tutorials

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Riley Maloney (he/him)

Second Year

Physics & Computer Science

University of Washington - Seattle

Complete EPE tutorials

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EPE Computing Tutorials

Complete MadGraph and ML tutorials.

Sean Huentelman

Fourth Year

Physics and Astronomy

University of Washington

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EPE Computing and machine learning Tutorial

Complete EPE Computing and machine learning Tutorial

Tingjun Cai

Second Year

Math

University of Washington, Seattle

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Machine Learning Tutorial

Complete the MadGraph & Machine Learning Tutorial. Would like to pick up a project at the end.

Van Tha Bik Lian

Junior

Physics

University of Washington - Seattle

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EPE Tutorials

Complete the tutorials, pick up a project afterwards if possible.

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Zach Marucheck

Fourth Year

Applied Physics

University of Washington, Seattle

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ATLAS

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Dark Higgs

I will be working on the analysis of T-Channel DM models. I hope to complete extract my CL results and create my contour plots this week.

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Colton Peterson

Senior

Physics/Astronomy

University of Washington Seattle

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ATLAS SVJ in s-channel

Use MadAnalysis parameter scan result to create distribution plots and CL plots for SVJ s-channel.

Oscar Ou

Junior->Senior

Physics/ACMS

University of Washington Seattle

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SVJ ATLAS

Description:

Currently using Madgraph for generating background and signal events,showering using Pythia8 and passing the events through the Delphes-3.4.2 detector simulator.

Upcoming goal :RECAST and SVJ-s channel analysis.

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Prerna Chauhan

Third Year

Engineering Physics

IIT, Delhi

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FASER

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FASER

  1. Electron shower reconstruction with the FASERnu pilot run data.
  2. Mu neutrino/antineutrino cross-section sensitivity with FASER+FASERnu+IFT.

John Spencer

PhD student

Physics

University of Washington Seattle

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Machine Learning

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ML for Vertexing

  1. Use ACTS to generate samples
  2. Train SPVCNN on the ACTS samples

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Haoran Zhao

PhD student 2nd year

Physics

University of Washington Seattle

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Vertexing

Learn to edit the source code for ACTS

Preparing data for machine learning

Learn the machine learning process for Vertexing

David Lai

Junior

Physics

University of Washington, Seattle

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�Integrating REANA with ROB

IRIS-HEP fellowship project

Developing the ROB backend to support workflows to run on REANA and other cloud platforms

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Ajay R. Rawat

Sophomore-> Junior

Computer Engineering

University of Washington, Seattle

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