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VO Id Card : hermes   Update

  • 1 General Information
  • 2 Aknowledgement statement
  • 3 Resources

General information

Name hermes
Status Production
Validation date 2011-05-30
Last change 2022-11-14
Discipline
  • Natural Sciences
    • Physical sciences
      • High energy physics global
      • Particle physics global
      • Physics global
Enrollment Url https://grid-voms.desy.de:8443/voms/hermes
Homepage Url http://www-hermes.desy.de
Support Procedure Url http://grid.desy.de/voms

Description

HERMES is an experiment investigating the quark-gluon structure of matter: we study the spin structure of the nucleon. By nucleon, we refer to the protons and neutrons which are the fundamental components of all atomic nuclei. However, if you look a little closer, you find that these nucleons are not as fundamental as they might appear... in fact, they are bound states, composite systems composed of even more fundamental constituents, namely quarks and gluons, held together by the strong force. And all of these particles have an important property called spin. The quarks have spin 1/2, the gluons have spin 1, and the nucleon itself has spin 1/2. The question we seek to answer at HERMES goes roughly like this: "How do the constituents of the nucleon conspire to produce its overall spin of 1/2?" We certainly know some things, but we haven't yet found the answer to that question. HERMES data-taking started in 1995 and ended in summer 2007.

Acceptable Use Policy

Text hermes-AcceptableUsePolicy-20060822-165615.html

Acknowledgments Statement

Grant Id
Scientific publications URL
Suggested This work benefited from services provided by the [VO] Virtual Organisation, supported by the national resource providers of the EGI Federation

Resources

Max used physical non-swap i386 memory size 2048
Max used physical non-swap x86_64 memory size 2048
Max size of scratch space used by jobs 5000
Max time of job execution 3600
Job wall clock time limit 5400
number cores
min number cores :
pref number cores :
max number cores :
number of ram
min number ram :
pref number ram :
max number ram :
scratch space values
min scratch space values :
pref scratch space values :
max scratch space values :

Cloud Resources

CPU Core
VM Ram
Storage Size

Other requirements

CVMFS is used for the software distribution via: /cvmfs/hermes.desy.de For setup instructions refer to: http://grid.desy.de/cvmfs

For additional details like contacts , please log in
/vo/checkVoName