The $I=1$, $J=1$ channel of the O(4) $\lambda \phi^4_4$ theory
Abstract
A Monte Carlo simulation of the theory in the broken phase is performed on a hypercubic lattice in search of an , resonance. We investigate the region of the cutoff theory where the interaction is strong as it is there that a resonance would be expected to have a better chance to form. In that region the presence of an , resonance with mass below the cutoff is excluded. NOTE: The full ps file is also available via anonymous ftp to ftp.scri.fsu.edu. To get the ps file, ftp to this address and use for username "anonymous" and for password your name. The file is in the directory pub/vranas (to go to that directory type: cd pub/vranas) and is called lat92_proc_rho.ps (to get it type: get lat92_proc_rho.ps)
Keywords
Cite
@article{arxiv.hep-lat/9210034,
title = {The $I=1$, $J=1$ channel of the O(4) $\lambda \phi^4_4$ theory},
author = {Khalil M. Bitar and Pavlos Vranas},
journal= {arXiv preprint arXiv:hep-lat/9210034},
year = {2009}
}
Comments
4 pages with 2 ps figures included. LaTex file. Contribution to the LAT92 proceedings. Preprint, FSU-SCRI-92-156