Boson realization of sp(4). I. The matrix formulation

DOI10.1063/1.526833zbMath0575.22022OpenAlexW2081360037MaRDI QIDQ3695508

No author found.

Publication date: 1985

Published in: Journal of Mathematical Physics (Search for Journal in Brave)

Full work available at URL: https://doi.org/10.1063/1.526833

zbMATH Keywords

irreducible representationmatrix formboson realization\({\mathfrak sp}(4)\)operator K

Mathematics Subject Classification ID

Related Items (10)

Boson realization of sp(4, R). II. The generating kernel formulation ⋮ Coherent states of the real symplectic group in a complex analytic parametrization. I. Unitary-operator coherent states ⋮ Coherent states of the real symplectic group in a complex analytic parametrization. II. Annihilation-operator coherent states ⋮ Vectorlike coherent states with noncompact stability group ⋮ Closed, analytic, boson realizations for Sp(4) ⋮ Faithful realizations of semiclassical truncations ⋮ Collectivity and geometry. VI. Spectra and shapes in the three-dimensional case ⋮ Fermion realization of the nuclear Sp(6,R) model ⋮ Art or science: The determination of the symmetry Lie algebra for a Hamiltonian with accidental degeneracy ⋮ A reducible Weil representation of sp(4) realized by differential operators in the space of smooth functions on H2 × S1

Cites Work

• Does accidental degeneracy imply a symmetry group?
• Analytic expressions for the matrix elements of generators of Sp(6) in an Sp(6)⊇U(3) basis
• Collectivity and geometry. I. General approach
• Canonical solution of the state labelling problem for SU(n)⊃SO(n) and Littlewood's branching rule. I. General formulation
• Canonical transformations relating the oscillator and Coulomb problems and their relevance for collective motions
• Noninvariance Groups in the Second-Quantization Picture and Their Applications
• Field Dependence of the Intrinsic Domain Magnetization of a Ferromagnet

This page was built for publication: Boson realization of sp(4). I. The matrix formulation