Relation between H_kappa and a derived HOMFLYPT skein algebra of S^2
Determine the precise mathematical relationship between the differential graded algebra H_kappa—defined in the paper as a unital differential graded algebra over Z[ℏ] generated by braid generators T_1, …, T_{κ−1} satisfying Hecke relations and an additional generator x_1 with specified differential and commutation relations—and a rigorously formulated derived HOMFLYPT skein algebra of the 2-sphere S^2. Develop a precise definition of the derived HOMFLYPT skein algebra for S^2 and ascertain whether H_kappa is quasi-isomorphic (or otherwise canonically equivalent) to this derived skein algebra.
References
Comparing Theorem~\ref{thm: multiloop algebra for S2 is Hn} and Corollary~\ref{cor: equivalent to braid skein algebra} suggests that the DGA $H_\kappa$ should admit a natural interpretation in terms of quantum topology. As it is of derived nature, it is necessary to develop a notion of a derived HOMFLYPT skein algebra of a surface. The natural guess here is that the approach of factorization homology developed in should provide the necessary tool for such computations. Therefore we raise the following:
Question What is the precise relation between the DGA $H_\kappa$ and the appropriate notion of a derived HOMFLYPT skein algebra of $S2$?