4-12 November 2010
Morelia, Michoacan
Mexico/General timezone
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Plenary LHC.SM.BSM

Place

Location: Morelia, Michoacan
Room: Main Hall, Hotel Fiesta Inn
Date: from 8 Nov 09:00 to 11 Nov 12:30

Conveners

  • 8 Nov 09:00 - 10:00 Radiative Corrections in the LHC and ILC Era, Doreen Wackeroth
    • Dr. Bietenholz, Wolfgang (UNAM)
  • 9 Nov 10:00 - 11:00 Latest results from ALICE, Gerardo Herrera Corral
    • Dr. Santoro, Alberto (Rio de Janeiro State University)
  • 11 Nov 09:00 - 10:00 Determination of the fundamental parameters of QCD, Cesáreo Domínguez
    • Dr. Kirchbach, Mariana (U. of San Luis Potosi)
  • 11 Nov 11:30 - 12:30 Flavour symmetries in the era of the LHC, L. Velasco
    • Dr. Loaiza, Oscar (U. of Guanajuato)

Timetable | Contribution List

Displaying 3 contributions out of 3
Type: Invited talk Session: Plenary LHC.SM.BSM
Track: LHC physics: Standard Model and Beyond
Quantum Chromodynamics (QCD) is the currently accepted renormalizable quantum field theory that describes the strong interactions among quarks and gluons. The two fundamental parameters of QCD are the running coupling and the quark masses. Because of quark & gluon confinement these parameters cannot be measured in the same fashion as in non-confined theories like e.g. in Quantum Electrodynamics. A ... More
Presented by Prof. CESAREO DOMINGUEZ on 11/11/2010 at 15:00
Type: Invited talk Session: Plenary LHC.SM.BSM
Track: LHC physics: Standard Model and Beyond
Diffractive and photon induced physics is a research area with a remarkable discovery potential at the LHC. ALICE has started a program to exploit its unique capabilities to study the subject in both proton proton and heavy ion collisions. We discuss some aspects of a new subdetector for the ALICE experiment at the LHC. This detector would enhance the performance of ALICE to address some rel ... More
Presented by Prof. Gerardo HERRERA CORRAL on 9/11/2010 at 16:00
Type: Invited talk Session: Plenary LHC.SM.BSM
Track: LHC physics: Standard Model and Beyond
The LHC is set to achieve a total 14 TeV collision energy for every pair of protons colliding. At this energy it will be possible to study interactions of the SM particles that may contain particles beyond it. We therefore will continue improving our understanding of particle physics, at the very least. Ideally many particles would be discovered and its interactions would be studied. A framework ... More
Presented by Dr. Liliana VELASCO SEVILLA on 11/11/2010 at 17:30
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