Riesz Transforms, Hodge-Dirac Operators and Functional Calculus for Multipliers, 1st ed. 2022 Lecture Notes in Mathematics Series, Vol. 2304
Auteurs : Arhancet Cédric, Kriegler Christoph
The theory described in this book has at its foundation one of the great discoveries in analysis of the twentieth century: the continuity of the Hilbert and Riesz transforms on Lp. In the works of Lust-Piquard (1998) and Junge, Mei and Parcet (2018), it became apparent that these Lp operations can be formulated on Lp spaces associated with groups. Continuing these lines of research, the book provides a self-contained introduction to the requisite noncommutative background.
Covering an active and exciting topic which has numerous connections with recent developments in noncommutative harmonic analysis, the book will be of interest both to experts in no-commutative Lp spaces and analysts interested in the construction of Riesz transforms and Hodge?Dirac operators.
Cédric Arhancet is a French mathematician working in the preparatory cycle for engineering schools at Lycée Lapérouse (France). He works in several areas of functional analysis including noncommutative Lp-spaces, Fourier multipliers, semigroups of operators and noncommutative geometry. More recently, he has connected his research to Quantum Information Theory.
Christoph Kriegler is a German-French mathematician working at Universit Clermont Auvergne, France. His research interests lie in harmonic and functional analysis. In particular, he works on functional calculus for sectorial operators, and spectral multipliers in connection with geometry of Banach spaces on the one hand, and on the other hand on noncommutative Lp espaces and operator spaces.
Solves the Junge–Mei–Parcet problem concerning the H∞ calculus of Hodge–Dirac operators
Introduces in a self-contained way all materials needed in the construction of its various non-commutative objects
Provides complete references guiding the reader through the book's theme of non-commutative harmonic analysis
Date de parution : 05-2022
Ouvrage de 280 p.
15.5x23.5 cm