The school will consist of :
- Lecture series on a broad set of topics related to future colliders during morning sessions.
- Topical discussion session on focused topics
- Hands on group activities and exercises
Registered participants will be allowed to submit questions that they would like to see discussed in one of the above sessions.
While a detailed agenda is being put together, Lecture series will include discussion on :
- Theory, Standard Model, Flavor Physics, Beyond the SM, Nuclear physics
- Detector simulation
- Detectors for future colliders and associated technology
- Accelerator technologies
- Trigger and data acquisition
- Object reconstruction
- How physics requirements drive detector design
- Machine Detector Interfaces
- Software and Computing
- Connections between HEP and NP
- Energy calibration / resonant depolarization
- and others.. please feel free to suggest what you would like to hear further on any of the topics listed above or more.
The afternoon topical discussions will focus on a number of topics, including:
- How AI is shaping our field
- What about them neutrinos?
- Non-Collider particle physics including cosmology and how it influences/complements physics at future colliders.
- Topical presentations on novel detector technologies
- Science communication (see example)
- Discussion on challenges with systematic uncertainties
- Challenges at operation at the FCC Z-pole
- Community organization (european strategy, P5)
- Early career discussion - career pathways, how to get involved in future colliders
- Machine -detector protection (EIC/Belle II)
- Polarization in accelerators
- Interested is something else? Please submit your question/comments.
There will be group activities planned including:
- Open Q&A session on the FCC
- Quizzes to focus discussion topics.
- Software Tutorials and analyses exercises
- Potential projects on integrated detector design.