13 research outputs found
Fermions as U(1) instantons
Anomalous quantization of the Electromagnetic field allows non-trivial (anti)
self-dual configurations to exist in four-dimensional Euclidian space-time.
These instanton-like objects are described as massless spinor particles.Comment: 11 pages, LaTeX, extended version, references adde
On the Generalised Pauli--Villars Regularization of the Standard Model
We show that the regularization of the Standard Model proposed by Frolov and
Slavnov describes a nonlocal theory with quite simple Lagrangian.Comment: 7 pages, harvma
Higher Equations of Motion in N=2 Superconformal Liouville Field Theory
We present an infinite set of higher equations of motion in N=2
supersymmetric Liouville field theory. They are in one to one correspondence
with the degenerate representations and are enumerated in addition to the U(1)
charge \omega by the positive integers m or (m,n) respectively. We check that
in the classical limit these equations hold as relations among the classical
fields.Comment: 11 page
Electromagnetic Waves in Cosmological Spacetime
We consider the propagation of electromagnetic waves in the Friedmann–Lemaître–Robertson–Walker metric. The exact solutions for plane and spherical wave are written down. The corresponding redshift, amplitude change, and dispersion are discussed. We also speculate about the connection of the electromagnetic wave equation to the Proca equation and its significance for the early Universe