On-Shell Asymptotics of Nonabelian Gauge Theories

Jan, 1975
9 pages
Published in:
  • Phys.Rev.Lett. 35 (1975) 338
Report number:
  • UCLA/75/TEP/1

Citations per year

197519871999201120230510152025
Abstract: (APS)
In the leading-logarithm approximation, the high-energy fixed-angle elastic fermion-fermion amplitude and the asymptotic form factor have been calculated to sixth order for a Yang-Mills theory; some other processes have been calculated to fourth order. The results suggest properties of exponentiation and factorization which can be described in terms of momentum-dependent anomalous dimensions in the renormalization-group equations. We discuss the possible relation of the zero-mass limit of our results to particle confinement.
  • FIELD THEORY: NONABELIAN
  • FIELD THEORY: GAUGE
  • FIELD THEORY: YANG-MILLS
  • FERMION FERMION: ELASTIC SCATTERING
  • ELASTIC SCATTERING: FERMION FERMION
  • NUMERICAL CALCULATIONS: HIGHER-ORDER
  • RENORMALIZATION
  • ANALYTIC PROPERTIES: FACTORIZATION
  • S-MATRIX
  • MODEL: ON-SHELL