* Part 1: The Basics
* Szegâ€'s theorem
* Tools for Geronimus' theorem
* Matrix representations
* Baxter's theorem
* The strong Szeg†theorem
* Verblunsky coefficients with rapid decay
* The density of zeros
* Bibliography
* Author index
* Subject index
* Part 2: Rakhmanov's theorem and related issues
* Techniques of spectral analysis
* Periodic Verblunsky coefficients
* Spectral analysis of specific classes of Verblunsky coefficients
* The connection to Jacobi matrices
* Reader's guide: Topics and formulae
* Perspectives
* Twelve great papers
* Conjectures and open questions
* Bibliography
* Author index
* Subject index