9:00 Connect and check-in

9:10 Introduction

9:20 Review of the Standard Model as as well as Field effects on Charged Particles

• Electic Field and eV
• The effect of a uniform magnetic field on a charged particle

9:50 The Large Hadron Collider (LHC) and the Compact Muon Solenoid (CMS) data

10:20 Break

10:30 Dan K's intro to Colab activity Open the link, go to file, and save a copy.  This is the notebook you will be editing.

11:45 End of Day

9:00 Connect and check-in

• Answer any General Python or Co-Lab questions

9:10 Plenary Session

• Introduction to the 2000 Dimuon events

9:30 Breakout Session

• Begin Data Analysis

10:20 Break

10:30 Short Plenary

10:45 Breakout

• Continue Data Analysis

11:35 Plenary Discussion

11:45 End of Day

9:00 Connect and check-in

• Open Colab Data Analysis

9:10 Plenary Session

9:30 Breakout Session

• Continue Data Analysis

10:20 Break

10:30 Short Plenary

10:45 Breakout

• Continue Data Analysis

11:35 Plenary Discussion

11:45 End of Day

9:00 Connect and check-in

• Open Colab Data Analysis

9:10 Plenary Session

9:30 Breakout Session

• Continue Data Analysis

10:20 Break

10:30 Short Plenary

10:45 Breakout

• Continue Data Analysis

11:35 Plenary Discussion

11:45 End of Day

9:00 Connect and check-in

9:10 Plenary Session

9:30 Breakout Session

• Reflect on Histograms

10:20 Break

10:30 Plenary Session

• Presentations of Reflections

11:45 End of Day

Hwk: Follow this link

• Prepare for programming.
• Watch Video: //A Crash Course In Particle Physics (1 of 2)// - 13 minutes
• Watch Video: //A Crash Course In Particle Physics (2 of 2)// - 27 minutes
• Study the relativistic equations of momentum
• Resources for making your dog as smart as Neptune: https://www.amazon.com/How-Teach-Quantum-Physics-Your/dp/1416572295