Skip to main navigation Skip to Content

IPM

  • Director's Message
  • About IPM
  • The Constitution of IPM
  • Contact US
  • فارسي
  • Home
  • People
    • Administrative Board
    • Founding Fellows of IPM
    • Scientific Council of IPM
    • Academic Staff
  • Schools
    • Astronomy
    • Biological Sciences
    • Cognitive Sciences
    • Computer Science
    • Mathematics
    • Nano Science
    • Particles and Accelerators
    • Philosophy
    • Physics
  • Centers and Units
    • Brain Engineering Laboratory
    • Condensed Matter National Laboratory
    • Grid Computing Group
    • Iranian Light Source Facility
    • Iranian National Observatory
    • IRNIC
    • Library
    • Network Center
  • Publications
    • Akhbar
    • Papers
    • Books
    • Annual Report
  • Bulletin Board
  • Calendar
  • E - Catalog















Home
  • “ Schools ”

    IPM
    • Astronomy
    • Cognitive Sciences
    • Computer Science
    • Mathematics
    • Nano Science
    • Particles and Accelerators
    • Philosophy
    • Physics

    “ Centers and Units ”

    IPM
    • GCG Computing Group
    • Information Center
    • Iranian Light Source Facility
    • Iranian National Observatory
    • IRNIC
    • Library
    • Network Center

    “ Research Groups ”

    IPM
    • Bioinformatics
    • Combinatorics and Computing
    • Commutative Algebra
    • Logic
    • IPM HPC Laboratory

    “ Useful Links ”

    IPM
    • Gallery of Visitors
    • Contact Us
    • Gallery of Photos

    “ E-Services ”

    IPM
    • Webmail
    • Official Automation System
    • Library
    • Telephone Book
  • “School of Particles”

     
    Paper   IPM / Particles / 12696
       School of Particles and Accelerator
      Title: Impact of Torsion Space-Time on t―t observables at Hadron Colliders
      Author(s):
    1 . Seyed Yaser Ayazi
    2 . Mojtaba Mohammadi Najafabadi
      Status: Published
      Journal: J. Phys. G
      No.: 095002
      Vol.: 40
      Year: 2013
      Supported by: IPM
      Abstract:
    Starting from the effective torsion space-time model, we study its effects on the top pair production cross section at hadron colliders. We also study the effect of this model on top pair asymmetries at the Tevatron and the LHC. We find that torsion space-time can explain forward-backward asymmetry according to measured anomaly at Tevatron. We find an allowed region in the parameters space which can satisfy simultaneously all t―t observables measured at Tevatron and LHC

    Download TeX format
    back to top
footer
  • -IPM
  • -20 Years
  • -INO
  • -ILSF
  • -GCG
  • -Iranet
  • -LIBRARY
  • -NIC
  • -BIO
  • -CCG
  • -Logic
prev next

Exploring IPM

  • People
    • Administrative Board
    • Senior Fellows of IPM
    • Scientific Council of IPM
    • Academic Staff
  • Schools
    • Astronomy
    • Biolgical Sciences
    • Cognitive Sciences
    • Computer Science
    • Mathematics
    • Nano Science
    • Particles and Accelerators
    • Philosophy
    • Physics
  • Centers
    • Brain Engineering Center
    • Condensed Matter National Laboratory
    • Deputy for Research
    • Grid Computing Group
    • Information Center
    • Iranian Light Source Facility
    • Iranian National Observatory
    • IRNIC
    • Library
    • Network Center
  • Groups
    • Bioinformatics
    • Combinatorics and Computing
    • Logic
    • Commutative Algebra
    • IPM HPC Laboratory
  • E-Services
    • Library Catalog
    • Official Automation System
    • Official Automation System (dabir)
    • Telephone Book
    • Webmail
  • Publications
    • Akhbar
    • Papers
    • Books

 COPYRIGHT 2012 © ALL RIGHTS RESERVED

Please submit your comments or questions here, or contact Webmaster  |  ipmic@ipm.ir