Jones Polynomials and their Zeros for a Family of Knots and Links

We calculate Jones polynomials $V(H_r,t)$ for a family of alternating knots and links $H_r$ with arbitrarily many crossings $r$, by computing the Tutte polynomials $T(G_{+}(H_r),x,y)$ for the associated graphs $G_{+}(H_r)$ and evaluating these with $x=-t$ and $y=-1\mathrm{/}t$. Our method enables us to circumvent the generic feature that the computational complexity of $V(L_r,t)$ for a knot or link $L_r$ for generic $t$ grows exponentially rapidly with $r$. We also study the accumulation set of the zeros of these polynomials in the limit of infinitely many crossings, $r\to \mathrm{\infty }$.