E.C.G. Stueckelberg: a forerunner of modern physics II
F. Cianfrani, O.M. Lecian
TL;DR
This paper explores Stueckelberg's contributions to modern physics, focusing on his work on scattering amplitudes and massive vector fields within the Standard Model, highlighting their historical and theoretical significance.
Contribution
It analyzes Stueckelberg's innovative approaches to scattering boundaries and massive vector fields, emphasizing their influence on current physics theories.
Findings
Comparison of diffuse boundary definitions in scattering amplitudes
Application of Stueckelberg's massive vector field in the Standard Model
Historical analysis of Stueckelberg's impact on modern physics
Abstract
We will investigate some aspects of Stueckelberg's work, which have contributed to the development of modern physics. On the one hand, the definition of diffuse boundaries in the calculation of scattering amplitudes will be reviewed, and compared with the other proposals by physicists of that time. On the other hand, the applications of Stueckelberg's description of a massive vector field in the Standard Model will be discussed.
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