On Leptonic Unitary Triangles and Boomerangs
Alexander Dueck, Serguey Petcov, Werner Rodejohann
TL;DR
This paper explores the geometric representation of lepton mixing through unitary triangles and boomerangs, providing analytical expressions and discussing potential applications in particle physics.
Contribution
It extends the concept of unitary boomerangs to the lepton sector and offers approximate formulas for their geometric parameters.
Findings
Derived approximate expressions for triangle sides and angles.
Introduced leptonic unitary boomerangs with examples.
Discussed potential applications in leptonic mixing analysis.
Abstract
We review the idea of leptonic unitary triangles and extend the concept of the recently proposed unitary boomerangs to the lepton sector. Using a convenient parameterization of the lepton mixing, we provide approximate expressions for the side lengths and the angles of the six different triangles and give examples of leptonic unitary boomerangs. Possible applications of the leptonic unitary boomerangs are also briefly discussed.
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