I: Convex cones
II: Jordan algebras
III: Symmetric cones and Euclidean Jordan algebras
IV: The Peirce decomposition in a Jordan algebra
V: Classification of Euclidean Jordan algebras
VI: Polar decomposition and Gauss decomposition
VII: The gamma function of a symmetric cone
VIII: Complex Jordan algebras
IX: Tube domains over convex cones
X: Symmetric domains
XI: Conical and spherical polynomials
XII: Taylor and Laurent series
XIII: Functions spaces on symmetric domains
XIV: Invariant differential operators and spherical functions
XV: Special functions
XVI: Representations of Jordan algebras and Euclidean Fourier
analysis
Bibliography
... the present book is more carefully directed at the graduate
student level, includes numerous exercises, and has its emphasis
more on the harmonic analysis side. Such a presentation is much
needed. The detailed exposition, careful choice of organization and
notation, and very helpful collection of exercises, mostly of
medium difficulty, all attest to the effort put into this joint
venture. As a highly readable and accessible presentation of
Jordan
algebras and their applications to Riemannian geometry and harmonic
analysis, the book is strongly recommended to all analysts
(starting at graduate level) working in the multi-variable setting
of symmetric
spaces and Lie groups. Bulletin of the London Mathematical Society
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