Irreducible Representations of the Five-Dimensional Rotation Group. I
Nicholas Kemmer, D. L. Pursey, Sarah Anne Williams
Abstract
Nicholas Kemmer, D. L. Pursey, Sarah Anne Williams
Abstract
Explicit matrix elements are found for the generators of the group R(5) in an arbitrary irreducible representation using the ``natural basis'' in which the representation of R(5) is fully reduced with respect to the subgroup R(4)=SU(2)⊗SU(2). The technique used is based on the well-known Racah algebra. The dimension formula is derived and the invariants are found. A family of identities is established which relates various polynomials of degree four in the generators and which holds in any representation of the group.
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Explicit matrix elements are found for the generators of the group R(5) in an arbitrary irreducible representation using the ``natural basis'' in which the representation of R(5) is fully reduced with respect to the subgroup R(4)=SU(2)⊗SU(2). The technique used is based on the well-known Racah algebra. The dimension formula is derived and the invariants are found. A family of identities is established which relates various polynomials of degree four in the generators and which holds in any representation of the group.
Key concepts: Mathematics, Irreducible representation, Group (periodic table), Induced representation, Representation theory of SU, Pure mathematics, Rotation group SO, Algebra over a field