Exact solutions for the biadjoint scalar field
Chris D. White
TL;DR
This paper presents exact nonperturbative solutions for biadjoint scalar fields, providing insights that could facilitate nonperturbative analysis of the double copy in gauge and gravity theories.
Contribution
It introduces the first exact solutions for biadjoint scalar field equations, advancing understanding of nonperturbative aspects in these theories.
Findings
Exact solutions for biadjoint scalar fields are derived.
Comparison with monopole-like solutions reveals key properties.
Results may enable nonperturbative studies of the double copy.
Abstract
Biadjoint scalar theories are novel field theories that arise in the study of non-abelian gauge and gravity amplitudes. In this short paper, we present exact nonperturbative solutions of the field equations, and compare their properties with monopole-like solutions in non-abelian gauge theory. Our results may pave the way for nonperturbative studies of the double copy.
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