2023Revista Mexicana de FísicaOpen access

Application of the SU(1, 1) spinors in the study of the Lorentz transformations

G. F. Torres del Castillo

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Abstract

We show that the orthochronous proper Lorentz transformations that preserve the condition z = 0 can be parametrized by (two-component) SU(1, 1) spinors in such a way that the Wigner angle associated with a pair of non-collinear boosts is given by one of the scalar products defined between these spinors

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We show that the orthochronous proper Lorentz transformations that preserve the condition z = 0 can be parametrized by (two-component) SU(1, 1) spinors in such a way that the Wigner angle associated with a pair of non-collinear boosts is given by one of the scalar products defined between these spinors

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Available abstract

We show that the orthochronous proper Lorentz transformations that preserve the condition z = 0 can be parametrized by (two-component) SU(1, 1) spinors in such a way that the Wigner angle associated with a pair of non-collinear boosts is given by one of the scalar products defined between these spinors

Key concepts: Spinor, Lorentz transformation, Scalar (mathematics), Physics, Mathematical physics, Pure spinor, Theoretical physics, Classical mechanics

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