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Quark Confinement and the Hadron Spectrum XI

7–12 Sept 2014
St. Petersburg
Europe/Moscow timezone

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Session

Parallel VI: G5 Strongly Coupled Theories

6
12 Sept 2014, 14:00
St. Petersburg

St. Petersburg

Conveners

Parallel VI: G5 Strongly Coupled Theories

  • Elisabetta Pallante (University of Groningen)

Presentation materials

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  1. 232. Higgs Critical Exponents and Conformal Bootstrap in Four Dimensions
    Oleg Antipin (INFN, Florence)
    12/09/2014, 14:00
    We study properties of composite operators emerging in nonsupersymmetric, four-dimensional gauge-Yukawa theories with interacting conformal fixed points. The theories investigated are structurally similar to the standard model of particle interactions, but differ from the standard model by developing perturbative interacting fixed points. We investigate the physical properties of the singlet...
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  2. 113. Dark matter on the lattice
    Randy Lewis (York University)
    12/09/2014, 14:30
    Section G: Strongly Coupled Theories
    An overview of recent lattice computations for dark matter will be presented.
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  3. 15. Chiral transition of fundamental and adjoint quarks
    Prof. Adriano Natale (UFABC/IFT-Unesp)
    12/09/2014, 15:00
    Section G: Strongly Coupled Theories
    [Chiral transition of fundamental and adjoint quarks, published in Phys.Lett.B728, 626 (2014)][1] [1]: http://www.sciencedirect.com/science/article/pii/S0370269313010174# The chiral symmetry breaking transition of quarks in the fundamental and adjoint representation is studied in a model where the gap equation contains two contributions, one containing a confining propagator and...
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  4. 84. Symmetry on honeycomb lattice formulation
    Dr Eigo Shintani (Mainz)
    12/09/2014, 15:20
    Section G: Strongly Coupled Theories
    We present our investigation of a symmetry on honeycomb lattice. Using the formulation developed recenetly by analogy of staggered fermion formulation, we show the explicit formulation of "hidden" chiral symmetry on honeycomb lattice. We also discuss the possible extension of this formulation to interacting system as an application to Graphene.
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