2023 FSU Summer Workshop

July 26-28, 2023 (Wednesday-Friday)

Location: FSU - UPL Room 110

9:00 AM - 3:30 PM daily

Small URL for this meeting: https://tinyurl.com/fsuqn23

Agenda:

Wednesday, July 26 (LHC/CMS Data Workshop)

9:00 AM   Opening Session

9:30 AM   Setting the Stage

  Setting the stage: Big to small

9:30 AM   Exploring Magnetism - Activity

10:30 AM   BREAK

10:45 AM   Interfering Colliding Protons - Activity

12:00 PM   LUNCH

1:00 PM   Exploring LHC Particle Detectors - Tutorial

2:00 PM   World Wide Data Day

3:30 PM   End for the day

 

Thursday, July 28  (LHC/CMS Data Workshop) - Cancelled due to low attendance

9:00 AM   Discussion - Future Planning

  • What are some reasons that you are a part of QuarkNet?
  • What would you like to see more of in the future?
  • Brainstorm: What are some ideas to include in next year's workshop?

9:45 AM   Using Conservation Laws and LHC Detectors to Calculate Particle Mass

10:50 AM   BREAK - Update your QuarkNet account

11:00 AM   Physics Talk:

12:00 PM   LUNCH

1:00 PM   Options

  • Continue Mapping the Poles (from yesterday)
  • Explore the CMS e-Lab

3:00 PM   Prepare for Tomorrow

3:30 PM   End for the day

 

Friday, July 29 (New Questions Workshop) - Cancelled due to low attendance.

9:00 AM   Morning Session

9:30 AM   W-bosons 1: Lepton Universality

11:00 AM   Share-A-Thon

12:00 PM   LUNCH

1:00 PM   W bosons 2: Mass Confusion
Take break, as needed.

2:15 PM   Closing Session

  • Implementation Discussion & Plans
    • Group 1 poster
    • Group 2 poster
       
  • Teacher Survey
    • We are asking all teachers to complete the full teacher survey this year. In following years, we will use the shorter Update Survey as we have done in the past.
    • Here is the link to the survey: https://www.surveymonkey.com/r/G2V7DCL.
    • Plan for ~16 minutes to complete.  We appreciate your participation.
       
  • Quick 2-question evaluation  - link

3:30 PM   End of the workshop

 

Contacts

  • Ted Kolberg, FSU Mentor
  • Jasun Burdick, FSU Lead teacher
  • Shane Wood, QuarkNet Staff

Resources