We investigate the size of monic, orthogonal polynomials defined on the unit circle corresponding to a finite positive measure. We find an upper bound for the growth of these polynomials. Then we show, by example, that this upper bound can be achieved. Throughout these proofs, we use a method developed by Rahmanov to compute the polynomials in question. Finally, we find an explicit formula for a subsequence of the Verblunsky coefficients of the polynomials.
"Maximization of the size of monic orthogonal polynomials on the unit circle corresponding to the measures in the Steklov class." Involve 8 (4) 571 - 592, 2015. https://doi.org/10.2140/involve.2015.8.571