TL;DR
This paper explores how fermions can be interpreted as U(1) instantons, revealing a novel connection between spinor particles and gauge field configurations in four-dimensional Euclidean space.
Contribution
It introduces a new perspective on fermions as instanton-like objects arising from anomalous quantization of the electromagnetic field.
Findings
Fermions can be described as massless spinor instantons.
Anomalous quantization leads to non-trivial self-dual configurations.
New insights into gauge field and fermion interplay.
Abstract
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.
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