4-12 November 2010
Morelia, Michoacan
Mexico/General timezone
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Session I H.NP.P

Place

Location: Morelia, Michoacan
Room: Hall A, Hotel Fiesta Inn
Date: 8 Nov 16:00 - 19:30

Conveners

    • Dr. Horseley, Roger (University of Edinburgh)
    • Dr. Das, Ashok (University of Rochester)

Timetable | Contribution List

Displaying 5 contributions out of 5
Session: Session I H.NP.P
Track: Hadronic and non-perturbative physics
Presented by Prof. Poul DAMGAARD on 8/11/2010 at 22:00
Type: Oral contribution Session: Session I H.NP.P
Track: Hadronic and non-perturbative physics
We assume that the similarity of charged leptons and quarks mass hierarchies allow us to represent all mass matrices of Dirac fermions in terms of a universal form with four texture zeros. And using the seesaw mechanism type-I, we discuss the conditions that the components of the Dirac and right-handed Majorana neutrino mass matrices must satisfy for the left-handed Majorana neutrino mass matrix t ... More
Presented by Mr. Felix GONZALEZ CANALES on 8/11/2010 at 23:00
Type: Oral contribution Session: Session I H.NP.P
Track: Hadronic and non-perturbative physics
Presented by Prof. Mauro NAPSUCIALE on 9/11/2010 at 0:45
Type: Oral contribution Session: Session I H.NP.P
Track: Hadronic and non-perturbative physics
The delta-regime of QCD is characterized by light quarks in a small spatial box, but a large extent in the temporal direction. In this setting a specific variant of chiral perturbation theory (the delta expansion) applies, based on a quantum mechanical treatment of the quasi-one-dimensional system. In particular, for vanishing quark masses we obtain a residual pion mass, which has been comp ... More
Presented by Dr. Wolfgang BIETENHOLZ on 8/11/2010 at 22:30
Type: Oral contribution Session: Session I H.NP.P
Track: Hadronic and non-perturbative physics
The entire light flavor baryon spectra in the excitation regions below the bumps and the high lying excitations of the non-strange mesons reveal well marked degeneracy patterns between opposite parity states. This degeneracy phenomenon is quantitatively understood as a signature for the realiziation of conformal symmetry in the infrared in accord with AdS/CFT.
Presented by Dr. Mariana KIRCHBACH on 9/11/2010 at 0:00
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