Home

The STAR experiment
  • Blogs
  • Events
  • Help&FAQ
  • Home
  • Polls
  • Sitemap
  • PWG
  • Software & Computing
  • Sub-systems
  • Council
  • General
  • Juniors

Heavy Flavor

  • You must register or login in order to post into this group.

Physics Working Group

  • Hard Probes
  • Heavy Flavor
    • Abstracts, Presentations and Proceedings
    • HF PWG QM2011 analysis topics
    • HF PWG Preliminary plots
    • Heavy Quark Physics in Nucleus-Nucleus Collisions Workshop at UCLA
    • NPE Analyses
    • PicoDst production requests
    • Upsilon Analysis
      • Combinatorial background subtraction for e+e- signals
      • Estimating Acceptance Uncertainty due to unknown Upsilon Polarization
      • Estimating Drell-Yan contribution from NLO calculation.
      • Response to PRD referee comments on Upsilon Paper
      • Upsilon Analysis in d+Au 2008
      • Upsilon Analysis in p+p 2009
      • Upsilon Paper: pp, d+Au, Au+Au
      • Using Pythia 8 to get b-bbar -> e+e-
      • Varying the Continuum Contribution to the Dielectron Mass Spectrum
    • WWW
  • Jet-like correlations
  • Other Groups
  • Peripheral Collisions
  • Spin

User login

Navigation

  • Groups
  • Recent posts

Group notifications

This group offers an RSS feed. Or subscribe to these personalized, sitewide feeds:
  • All posts:
    • Feed
    • Page
Home » Groups » Heavy Flavor

Upsilon Analysis

Updated on Mon, 2011-08-29 12:05. Originally created by calderon on 2009-06-19 15:41.
  • physics

Links related to Upsilon Analysis.

  • Upsilon paper page from Pibero.
  • Technical Note is located in Attachments to this page.
  • TeX source (saved as .txt so drupal doesn't complain) for Technical Note is also in Attachments.
  • Upsilon paper drafts are found below.

 

  • Combinatorial background subtraction for e+e- signals
  • Estimating Acceptance Uncertainty due to unknown Upsilon Polarization
  • Estimating Drell-Yan contribution from NLO calculation.
  • Response to PRD referee comments on Upsilon Paper
  • Upsilon Analysis in d+Au 2008
  • Upsilon Analysis in p+p 2009
  • Upsilon Paper: pp, d+Au, Au+Au
  • Using Pythia 8 to get b-bbar -> e+e-
  • Varying the Continuum Contribution to the Dielectron Mass Spectrum
‹ PicoDst production requests up Combinatorial background subtraction for e+e- signals ›
Groups:
  • Heavy Flavor
  • Printer-friendly version
Privacy and Security notice webmaster