The shifted generalized forest submatrix Hankel-total positivity conjecture
Let G′(p,q,γ,z)=F(p,q,0,0,γ,0,0,z)diag(((pqγ)n(n−1)/2)n≥0)G'(p,q,\gamma,z)=\mathsf{F}(p,q,0,0,\gamma,0,0,z)\operatorname{diag}(((pq\gamma)^{n(n-1)/2})_{n\geq0})G′(p,q,γ,z)=F(p,q,0,0,γ,0,0,z)diag(((pqγ)n(n−1)/2)n≥0), and let Gn′(x;p,q,γ,z)=∑k=0ngn,k′(p,q,γ,z)xkG'_n(x;p,q,\gamma,z)=\sum_{k=0}^n g'_{n,k}(p,q,\gamma,z)x^kGn′(x;p,q,γ,z)=∑k=0ngn,k′(p,q,γ,z)xk.…
The shifted generalized forest-matrix Hankel-total positivity conjecture
Let F~(q,y,z)\tilde{\mathsf{F}}(q,y,z)F~(q,y,z) be the generalized forest matrix, and define Fˉ(q,y,z)=F~(q,y,z)diag((qk(k−1)/2)k≥0)\bar{\mathsf{F}}(q,y,z)=\tilde{\mathsf{F}}(q,y,z)\operatorname{diag}((q^{k(k-1)/2})_{k\geq0})Fˉ(q,y,z)=F~(q,y,z)diag((qk(k−1)/2)k≥0). Let…