Scattering processes in the massive Schwinger model
C. Adam
Abstract
We derive the (matrix-valued) Feynman rules of the mass perturbation theory and use it for the resummation of the n-point functions with the help of the Dyson-Schwinger equations. We use these results for a short review of the complete spectrum of the model and for a discussion of scattering processes. We find that in scattering cross sections all the resonances and higher particle production thresholds of the model are properly taken into account by our resummed mass perturbation theory, without the need of further approximations.
Create a lesson
Related papers
Horizon exchange and the universal all-spin response of Kerr
Pierre Vanhove
Hecke Relations from Self-Duality
Justin Kaidi
Weyl Rescalings: A First Order Approach
L. Andrianopoli, J. Zanelli
Interpolating between 4d N= 1 SCFT supercurrent multiplet anomalies
Pantelis Panopoulos, Ioannis Papadimitriou
Crossover from Schwarzian dynamics to rotational soft modes in near-extremal Lovelock black holes
Ankit Anand, Aditya Singh, Kimet Jusufi
Fortuitous BMN Operators from Multiple Cores
Robert de Mello Koch, Sarthak Duary, Minkyoo Kim et al.