Physics Book(let)

General Info

The Panda Technical Proposal is in a repository and is managed using Subversion (http://subversion.tigris.org/) as the document versioning system. Please refer to the subversion web site for downloading client software for your operating system and for documentation.

The repository can be found at svn://pegasus.ep1.rub.de/svn/PndPhyBook. You need a personal account. If you haven't been contacted, please contact Matthias Steinke

The usual procedure when you use our PndPhyBook repository is:

• Checkout a working copy: You need some files to work on. Checkout extracts all files of the most recent (default) revision to a local working directory.

• Update a working directory: You're working copy gets outdated as soon as somebody else commits changes to the repository. Therefore before actually working on the files, please update your working copy.

• Edit your working copy: You may now change your working copy - add/delete/move files/directories or edit existing ones.

• Commit your changes: Only if you commit your changes, the files will move into the repository and will become the most recent revision.

Coding/Editing conventions

The coding conventions are identical to those of the Technical Progress Report (TPR) and can be found here.

Timeline

• Jan 18 Summaries for each chapter

• Jan 21 VRVS meeting to discuss summaries

• Feb 15 Full introduction for each chapter

• Mar 03 Meeting of editorial board

• at GSI meeting: Presentation of simulations in plenary session

• Mar 31 Draft of general parts

• Apr 5-6 First editorial workshop in Bochum

• Jun 20 Full drafts go to referees

• at Krakow meeting: Full day dedicated to simulations

• Jul 31 Full draft goes to collaboration

• Sep 6-8 Final editorial workshop in Ferrara

• Sep 30 Physics Booklet released

Drafts

• panda_pb_rev726.pdf: Physiks Book: Revision 726 (01.12.2008)

Data Production

The current status of the event mass production can be found at http://www.ep1.ruhr-uni-bochum.de/pandasp/

Benchmark Channels

• Charmonium Spectroscopy
  • pp->J/Ψπ⁰π⁰
  • pp->J/Ψπ⁺π^-
  • pp->J/Ψη
  • pp->χ_cjγ
  • pp-->J/Ψγ
  • pp->η_Cγ

• Charmonium Above Threshold
  • pp->DD
  • pp->D^*D^*

• Charmed Strange Meson
  • pp->D_sD^*_s0(2317)

• Exotics
  • pp->Ψ_gη
  • pp->Y(3940)->J/Ψω
  • pp->Y(4320)->Ψ(2S)π⁺π^-
  • pp->ΦΦ

• Hyperon Production
  • pp->ΛΛ
  • pp->ΞΞ

• Baryon Spectroscopy
  • pp->ΞΞ^*

• Formfactors
  • pp->e⁺e^-
  • pp->γγ

• J/Ψ In Nuclear Matter
  • pA->J/ΨX

• Drell Yan Process
  • pp->l⁺l^-X

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