Harmonic Analysis, Partial Differential Equations, Banach Spaces, and Operator Theory (Volume 2)

Photo (Caption: Photography by Margaret Randall, February 2, 2004).- Preface.- Acknowledgments.- Contents of Volume 1.- Part I: Cora.- Remembering Corita... (Margaret Randall).- Remembering Cora (Neil Hindman).- Photo at MSRI (Caption: Dinner with MSRI's Human Resources Advisory Committee, November 10, 2004, at the house of Director David Eisenbud. Photo by Monika Eisenbud.).- Part II: Survey Articles.- The two-weight inequality for the Hilbert transform: a primer (Michael Lacey).- Singular integrals, rank one perturbations, and Clark model in general situation (Constance Liaw).- Part III: Research Articles.- On two weight estimates for dyadic operators (Oleksandra Beznosova, Daewon Chung, Jean Moraes, and Maria Cristina Pereyra).- Potential operators with mixed homogeneity (Calixto Calderon and Wilfredo Urbina).- Elementary proofs of one weight norm inequalities for fractional integral operators and commutators (David Cruz-Uribe).- Findingcycles in nonlinear autonomous discrete dynamical systems (Dmitriy Dmitrishin, Anna Khamitova, Alex Stokolos, Michai Tohaneanu).- Smooth analytic functions and model subspaces (Konstantin Dyakonov).- Rational inner functions on a square-matrix polyball (Annatoli Grinshpam, Dmitry Kaliuzhnyi-Verbovetskyi, Victor Vinnikov, and Hugo Woerdeman).- A note on local Holder continuity of weighted Tauberian functions (Paul Hagelstein and Ioanis Parissis).- Three observations on commutators of singular integral operators with BMO functions (Carlos Perez and Ismael Rivera).- Three observations on commutators of singular integral operators with BMO functions (Erik Sawyer, Chun-Yen Shen, and Ignacio Uriarte-Tuero).- A Partition Function Connected with the Gollnitz-Gordon Identities (Nicolas A. Smoot).- On Toeplitz operators with quasi-radial and pseudohomogeneous symbols (Nikolai Vassilevskii).- A bump theorem for weighted embeddingand maximal operator: the Bellman function approach (Alexander Volberg).- The necessity of A1 for translation and scale invariant almost-orthogonality (Mike Wilson).