15 citations · 23 across the 8 of their papers we have counts for
8 papers
Sós Permutations
Sarah Bockting-Conrad, Yevgenia Kashina, T. Kyle Petersen +1
Let for fixed real parameters and . For any positive integer , define the Sós permutation to be the lexicographically first permutation such tha…
Finite-Dimensional Irreducible Modules of the Racah Algebra at Characteristic Zero
Hau-Wen Huang, Sarah Bockting-Conrad
Assume that is an algebraically closed field with characteristic zero. The Racah algebra is the unital associative -algebra defined by generators a…
Some -exponential formulas involving the double lowering operator for a tridiagonal pair
Sarah Bockting-Conrad
Let denote an algebraically closed field and let denote a vector space over with finite positive dimension. Let denote a tridiagonal pair on $…
The universal enveloping algebra of and the Racah algebra
Sarah Bockting-Conrad, Hau-Wen Huang
Let denote a field with . The Racah algebra is the unital associative -algebra defined by generators and relations in t…
Algebraic Voting Theory & Representations of
Hélène Barcelo, Megan Bernstein, Sarah Bockting-Conrad +3
We consider the problem of selecting an -member committee made up of one of candidates from each of distinct departments. Using an algebraic approach, we analyze positio…
The Casimir elements of the Racah algebra
Sarah Bockting-Conrad, Hau-Wen Huang
Let denote a field with . The Racah algebra is the unital associative -algebra defined by generators and relat…
Tridiagonal pairs of -Racah type, the double lowering operator , and the quantum algebra
Sarah Bockting-Conrad
Let \K denote an algebraically closed field and let V denote a vector space over \K with finite positive dimension. We consider an ordered pair of linear transformations A:V\to V,A…
Two commuting operators associated with a tridiagonal pair
Sarah Bockting-Conrad
Let \K denote a field and let V denote a vector space over \K with finite positive dimension. We consider an ordered pair of linear transformations A:V\to V and A*:V \to V that sat…