Topological Soliton Multiplets in 4+1 Dimensional YMCS Theory

preprint1992arXivOpen access

Abstract

We generalize our results1{}^1 on charged topological solitons (CTS) in 4+14+1 dimensional SU(3)SU(3) Yang-Mills-Chern-Simons (YMCS) theory to SU(N)SU(N). The SU(N)SU(N) multiplet structure of two classes of solitons associated with the maximal embeddings SU(2)×U(1)N−2⊂SU(N)SU(2)\times U(1)^{N-2}\subset SU(N) and SO(3)×U(1)N−3⊂SU(N)SO(3)\times U(1)^{N-3}\subset SU(N) and the vital role of the SU(N)SU(N) multiplet of topological currents is clarified. In the case of the first embedding one obtains a NC2−^{N}C_{2}-plet of CTS. In the second, for N=3N = 3, one obtains neutral solitons which, though (classically) spinless, have magnetic moments. For N≥4N \geq 4, after modding out the above mentioned non-particulate feature, one obtains NC3^{N}C_{3} plets of CTS.

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