Quantum Mechanics of Integrable Spins on Coadjoint Orbits
Abstract
We investigate classical integrable spins defined on the reduced phase spaces of coadjoint orbits of G= SU(N) and study quantum mechanics of them. After discussions on a complete set of commuting functions on each orbit and construction of integrable spin models on the flag manifolds, we quantize a concrete example of integrable spins on SU(3) flag manifold in the coherent state quantization scheme and solve explicitly the time-dependent Schr\"odinger equation.
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