Commutative subalgebras from Serre relations
arXiv:2307.01048 · doi:10.1016/j.physletb.2023.138122
Abstract
We demonstrate that commutativity of numerous one-dimensional subalgebras in algebra, i.e. the existence of many non-trivial integrable systems described in recent arXiv:2303.05273 follows from the subset of relations in algebra known as Serre relations. No other relations are needed for commutativity. The Serre relations survive the deformation to the affine Yangian , hence the commutative subalgebras do as well. A special case of the Yangian parameters corresponds to the -deformation. The preservation of Serre relations can be thought of a selection rule for proper systems of commuting -deformed Hamiltonians. On the contrary, commutativity in the extended family associated with ``rational (non-integer) rays" is {\it not} reduced to the Serre relations, and uses also other relations in the algebra. Thus their -deformation is less straightforward.
13 pages
References in corpus (4)
Cited by in corpus (17)
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