arXiv:2610.37813v1 Announce Type: new Abstract: In this note, we illustrate our recent results regarding structure theory of orthogonal Quantum Matrix algebras \cite{OP-BMW,OP-reciprocal,OP-ortho} using the simplest nontrivial example: the RTT-algebra associated with the canonical orthogonal R-matrix of type $O(3)$ (see, e.g., \cite{FRT}). By introducing a suitable linear order on the set of generators, we obtain a set of quadratic relations defining the algebra. Next, we investigate relations among its higher-degree polynomials. As a result, we verify `in components' the Cayley-Hamilton and the reciprocal relations, obtained earlier with the use of the R-matrix techniques. We explicitly calculate the coefficients of the characteristic polynomials of quantum matrices and propose a conjecture regarding the form of the Hilbert-Poincar\'e series for the RTT-algebra.
Continue to arXiv Mathematics →You are being forwarded in 6s — stay on this page