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PANDA Wiki Home

PANDA Wiki Home

Welcome to the PANDA Wiki. This page only covers selected topics. Hence, please also visit the PANDA Homepage.

Welcome to the PANDA Wiki. This page only covers selected topics. Hence, please also visit the PANDA Homepage.

Physics Topics

Physics Topics

• Charmonium spectroscopy.
• Search for gluonic excitations (hybrids and glueballs).
• Multi-quark states.
• Open and hidden charm in nuclei.
• Open charm spectroscopy.
• Hypernuclear physics.
• Electromagnetic processes.

• Charmonium spectroscopy.
• Search for gluonic excitations (hybrids and glueballs).
• Multi-quark states.
• Open and hidden charm in nuclei.
• Open charm spectroscopy.
• Hypernuclear physics.
• Electromagnetic processes.

These and selected further topics will be studied at PANDA with unprecedented accuracy. Please find a detailed description in the PANDA Physics Performance Report ( pdf 10MB, arXiv:0903.3905) and a 4 page summary on arXiv:physics/0701090.

These and selected further topics will be studied at PANDA with unprecedented accuracy. Please find a detailed description in the PANDA Physics Performance Report (pdf 10MB, arXiv:0903.3905) and a 4 page summary on arXiv:physics/0701090.

Experimental Setup

Experimental Setup

The PANDA experiment at FAIR is a fixed target experiment at the antiproton High-Energy Storage Ring (HESR). It comprises two large magnetic spectrometers:

The PANDA experiment at FAIR is a fixed target experiment at the antiproton High-Energy Storage Ring (HESR). It comprises two large magnetic spectrometers:

• Target Spectrometer covering angles from 5(10) to 170°,
• Forward Spectrometer covering angles from 0 to 5(10)° in vertical and horizontal planes, respectively.

• Target Spectrometer covering angles from 5(10) to 170°,
• Forward Spectrometer covering angles from 0 to 5(10)° in vertical and horizontal planes, respectively.

In combination, the two spectrometers allow for tracking, momentum reconstruction and particle identification in close to 4 π geometry.

In combination, the two spectrometers allow for tracking, momentum reconstruction and particle identification in close to 4 π geometry.

We are currently in the process of finalising our desing. We have yet published the following Technical Design Reports (expert reviewed and acceppted by STI):

We are currently in the process of finalising our desing. We have yet published the following Technical Design Reports (expert reviewed and acceppted by STI):

• Technical Design Report for the PANDA Solenoid and Dipole Spectrometer Magnets, Feb 2009 ( pdf 42MB, arXiv:0907.0169)
• Technical Design Report for PANDA Electromagnetic Calorimeter (EMC), Oct. 2008 ( pdf 16MB, arXiv:0810.1216)

• Technical Design Report for the PANDA Solenoid and Dipole Spectrometer Magnets, Feb 2009 (pdf 42MB, arXiv:0907.0169)
• Technical Design Report for PANDA Electromagnetic Calorimeter (EMC), Oct. 2008 (pdf 16MB, arXiv:0810.1216)

and the Technical Progress Report published in Feb. 2005 ( pdf 46MB).

and the Technical Progress Report published in Feb. 2005 (pdf 46MB).

Additional Information

Additional Information

This is a working directory of current activities and does not intend to list all detector systems and activities at PANDA. It merely lists topics which currently provide information via this wiki.

This is a working directory of current activities and does not intend to list all detector systems and activities at PANDA. It merely lists topics which currently provide information via this wiki.

Detector and Ancillary Systems

Detector and Ancillary Systems

• Cerenkov Detectors (restricted access)
• Detector Control Systems
• Electro-Magnetic Calorimeter
• Solenoid and Dipole Magnets
• Micro-Vertex Detector
• Time-Of-Flight Detectors (restricted access)

• Cerenkov Detectors (restricted access)
• Detector Control Systems
• Electro-Magnetic Calorimeter
• Solenoid and Dipole Magnets
• Micro-Vertex Detector
• Time-Of-Flight Detectors (restricted access)

Performance Studies and Integration

Performance Studies and Integration

• Computing
• Particle Idetification (restricted access)
• Tracking subgroup and Technical Assement Group
• Mechanical Integration Aspects (restricted access)

• Computing
• Particle Idetification (restricted access)
• Tracking subgroup and Technical Assement Group
• Mechanical Integration Aspects (restricted access)

Organisatorical Issues

Organisatorical Issues

• Editorial of the Physics Book
• Speakers Committee

• Editorial of the Physics Book
• Speakers Comittee

Information Concerning TWiki

Information Concerning TWiki

• WikiUsers: List of users of this PANDA Wiki web.
• WikiGroups: List of groups.
• OfficeLocations: Corporate offices.

• WikiUsers: List of users of this PANDA Wiki web.
• WikiGroups: List of groups.
• OfficeLocations: Corporate offices.

PANDA Wiki.System Web:

PANDA Wiki.System Web:

• System.WelcomeGuest: Look here first to get you rolling on PANDA Wiki.
• UserRegistration: Create your account in order to edit topics.
• Documentation:
  • FrequentlyAskedQuestions has a list of frequently asked questions.
  • CompleteDocumentation is the implementation documentation of TWiki.
  • ReleaseHistory shows TWiki's implementation history.
• How to edit text:
  • GoodStyle: Things to consider when changing text.
  • TextFormattingRules: Easy to learn rules for editing text.
• DefaultPreferences: PANDA Wiki site-level preferences

• WelcomeGuest: Look here first to get you rolling on PANDA Wiki.
• UserRegistration: Create your account in order to edit topics.
• Documentation:
  • FrequentlyAskedQuestions has a list of frequently asked questions.
  • CompleteDocumentation is the implementation documentation of TWiki.
  • ReleaseHistory shows TWiki's implementation history.
• How to edit text:
  • GoodStyle: Things to consider when changing text.
  • TextFormattingRules: Easy to learn rules for editing text.
• DefaultPreferences: PANDA Wiki site-level preferences

Notes:

Notes:

• You are currently in the Main web. The color code for this web is this background, so you know where you are.
• If you are not familiar with the PANDA Wiki collaboration platform, please visit WelcomeGuest first.

• You are currently in the Main web. The color code for this web is this background, so you know where you are.
• If you are not familiar with the PANDA Wiki collaboration platform, please visit WelcomeGuest first.

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