A Unified and Complete Construction of All Finite Dimensional Irreducible Representations of gl(2|2)

Mathematics – Quantum Algebra

Scientific paper

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LaTex file, 23 pages, two references and a comment added, to appear in J. Math. Phys

Scientific paper

10.1063/1.1812829

Representations of the non-semisimple superalgebra $gl(2|2)$ in the standard basis are investigated by means of the vector coherent state method and boson-fermion realization. All finite-dimensional irreducible typical and atypical representations and lowest weight (indecomposable) Kac modules of $gl(2|2)$ are constructed explicitly through the explicit construction of all $gl(2)\oplus gl(2)$ particle states (multiplets) in terms of boson and fermion creation operators in the super-Fock space. This gives a unified and complete treatment of finite-dimensional representations of $gl(2|2)$ in explicit form, essential for the construction of primary fields of the corresponding current superalgebra at arbitrary level.

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