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

Place

Location: Morelia, Michoacan
Room: Hall C, Hotel Fiesta Inn
Date: 11 Nov 16:00 - 20:00

Conveners

    • Dr. Reyes, Marcos (.)
    • Dr. De Teramond, Guy (U. of Costa Rica)

Timetable | Contribution List

Displaying 6 contributions out of 6
Type: Oral contribution Session: Session II H.NP.P
Track: Hadronic and non-perturbative physics
We discuss some aspects of confinement in quantum electrodynamics in a plane including a Chern-Simons term by exploring the analytic structure of the fermion propagator derived from the corresponding Schwinger-Dyson equation.
Presented by Dr. Alfredo RAYA on 12/11/2010 at 0:45
Type: Oral contribution Session: Session II H.NP.P
Track: Hadronic and non-perturbative physics
The inclusion of the unstable features of a spin-1 particle, without breaking the electromagnetic gauge invariance, can be properly accomplished by including higher order contributions. This induces a nontrivial modification to the electromagnetic vertex of the particle, which must be considered in addition to any other contribution computed as stable particles. Considering the modified electro ... More
Presented by Dr. Genaro TOLEDO on 11/11/2010 at 22:30
Type: Oral contribution Session: Session II H.NP.P
Track: Hadronic and non-perturbative physics
We present results from the analysis of exclusive data from the process pp-->pf(Ks^0K^±π^Ŧ)ps at 800 GeV/c, obtained by the Fermilab experiment E690. After kinematic and analysis cuts are applied, two peaks are dominant in the resonance regions of the f1(1285) and the f1(1420) mesons, the latest being a good candidate for non-qq meson. The results are presented after a fit with two Breit-Wi ... More
Presented by Mr. Felipe PÉREZ VARGAS on 11/11/2010 at 23:00
Type: Oral contribution Session: Session II H.NP.P
Track: Hadronic and non-perturbative physics
The low-temperature behavior of ferromagnets with a spontaneously broken symmetry O(3) -> O(2) is analyzed within the perspective of effective Lagrangians. The leading coefficients of the low-temperature expansion for the partition function and the spontaneous magnetization are calculated up to three loops and the results are compared with the condensed matter literature. The model-independent and ... More
Presented by Prof. Christoph HOFMANN on 12/11/2010 at 0:00
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