Uploaded September 2021 | Updated September 2026, 5 days ago
Accompanied by a Jupyter Notebook, this video will lead you further into PyROOT data analysis to teach you how to code selection cuts and explain some of the key physical phenomena happening when particles collide at the LHC.
What you'll learn in this video:
- Understanding the basics behind High Energy Particle Physics at the LHC, four-vector, and four-momentum
- Coding selection cuts and defining four-momentum in PyROOT
Resources for this tutorial:
- Jupyter Notebook GitHub repository: github.com/atlas-outreach-data-tools/notebooks-collection-opendata
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The ATLAS Collaboration provides open access to #LHC collision data for educational purposes. ATLAS #OpenData resources are ideal for high-school, undergraduate and postgraduate students, and enthusiastic self-learners. Learn more: http://atlas.cern/resources/opendata
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Explore more #ATLASOpenData tutorials on our Youtube playlist: youtube.com/playlist?list=PL1qU3k-RDRsvy3jhxUTmq7ZJQTdFvjLJn
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Table of Contents:
00:36 - Underlying Physics
03:15 - ROOT Concepts
04:49 - ROOT Coding
---
Music credit: bensound.com
Follow the ATLAS Experiment:
Twitter: twitter.com/ATLASexperiment
Facebook: facebook.com/ATLASexperiment
Instagram: instagram.com/ATLASExperiment
Accompanied by a Jupyter Notebook, this video will lead you further into PyROOT data analysis to teach you how to code selection cuts and explain some of the key physical phenomena happening when particles collide at the LHC.
What you'll learn in this video:
- Understanding the basics behind High Energy Particle Physics at the LHC, four-vector, and four-momentum
- Coding selection cuts and defining four-momentum in PyROOT
Resources for this tutorial:
- Jupyter Notebook GitHub repository: github.com/atlas-outreach-data-tools/notebooks-collection-opendata
---
The ATLAS Collaboration provides open access to #LHC collision data for educational purposes. ATLAS #OpenData resources are ideal for high-school, undergraduate and postgraduate students, and enthusiastic self-learners. Learn more: http://atlas.cern/resources/opendata
---
Explore more #ATLASOpenData tutorials on our Youtube playlist: youtube.com/playlist?list=PL1qU3k-RDRsvy3jhxUTmq7ZJQTdFvjLJn
---
Table of Contents:
00:36 - Underlying Physics
03:15 - ROOT Concepts
04:49 - ROOT Coding
---
Music credit: bensound.com
Follow the ATLAS Experiment:
Twitter: twitter.com/ATLASexperiment
Facebook: facebook.com/ATLASexperiment
Instagram: instagram.com/ATLASExperiment
![Explained: Rare trio of particles observed for first time [CC]](https://i.ytimg.com/vi/Txa3BZiev64/mqdefault.jpg "Explained: Rare trio of particles observed for first time [CC]
The ATLAS Collaboration at CERN has announced the first observation of “WWW production”: the simultaneous creation of three massive W bosons in high-energy LHC collisions. In this video, ATLAS Physicists Vallary Bhopatkar (Argonne National Lab) and Muhammad Alhroob (University of Oklahoma) explain why this result is so interesting – and describe what physicists can still learn about the W boson, 40 years after its discovery.
Video Credits:
Edited and produced by
ATLAS Collaboration: Katarina Anthony
Footage courtesy of
CERN: CERN Audiovisual team, Rene Quinet, Compagnie Lyonnaise de Cinema, Polar Media, Christoph Malin.
Argonne National Lab: Jessica Metcalfe, Jason Creps, J.J. Starr, Savannah Mitchem, Urs Geiser
Learn more: http://atlas.cern/
Twitter: https://twitter.com/ATLASexperiment
Facebook: https://facebook.com/ATLASexperiment
Instagram: https://instagram.com/ATLASExperiment
#CERN #ParticlePhysics")
