1 / 5

Introduction

Introduction. Welcome to: On behalf of the convenors:. Gustavo Burdman Joel Butler Ian Shipsey Hitoshi Yamamoto. ¾ of the E2 convenors can hear. However I am completely deaf, please write down your questions. Pass them up to me I will read out your question before answering it.

arnaud
Download Presentation

Introduction

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Introduction • Welcome to: • On behalf of the convenors: Gustavo Burdman Joel Butler Ian Shipsey Hitoshi Yamamoto

  2. ¾ of the E2 convenors can hear. However I am completely deaf, please write down your questions. • Pass them up to me • I will read out your question before answering it.

  3. The Charge (in brief) • Consider the future of low-energy electron-positron colliders: PEP-N, , -charm & B factories (including Giga-Z) & evaluate developments needed to make incisive instruments practical. • Develop & evaluate the physics case jointly with P2 • What are the outstanding questions that heavy-flavor factories address? Consider the contributions from existing and potential experiments using other instruments, and give a critical assessment of the competitive advantages and disadvantages of electron-positron colliders • For each type of factory outline a comprehensive experimental program and estimate the integrated luminosity required to carry it out. • What special detector capabilities are required to achieve the scientific goals of each machine? What detector R&D issues arise? • Write a ~30 page report on our conclusions

  4. Topic Schedule • Tues. a.m. July 3 Charm physics and charm factories overview • Wed. a.m. July 4 Joint E2/P2 B physics and B factories overview • Fri. a.m. July 6 Phi Factories • Fri. p.m. July 6 Joint P5/E2 charm factories/HALLD & QCD (spectroscopy/glueballs/hybrid) • Sat. a.m. July 7 PEP-n & R • Mon. a.m. July 9 Focus on e+e- charm factories • Tues. a.m. July 10 Joint E2/P2/P5 charm factories & Flavor physics • Wed. a.m. July 11 e+e- B factories/Giga-Z I (, , , Acp & Vub) • Fri. a.m. July 13 e+e- B factories/Giga-Z II (Rare & Bs) • Sat. a.m. July 14 e+e- B factories/Giga-Z III (Machines/detectors) • Mon. a.m. July 16 Report & discussion charm/phi/PEP-N. • Tues. a.m. July 17 Report & discussion super B factories/ giga-Z. • Wed. a.m. July 18 Discussion & conclusions, final report.

  5. E2 Breakout Group & Web • There is an E2 breakout group for super B factories (SBF) lead by David Hitlin. • Group will tentatively meet each morning that E2 is not discussing SBF. Tentative dates are July 5, 6, 7, 9, 16 • Request for breakout room has been made, expect reply soon. • Schedules for E2 & E2SBF, as well as talks and preliminary reports will appear on the E2 website. (Schedules are also on the conference center bulletin boards.) Check out E2 links to PEP-N, CLEO-c and SUPERBABAR. E2 website will also be used by those here for a short time to continue to contribute to E2 after leaving Snowmass and for those not at Snowmass to contribute to E2 remotely. • Please contact the convenors if you are not on the agenda but would like a dedicated slot for a formal/informal talk.

More Related