New developments in lie theory and geometry : Sixth Workshop on Lie Theory and Geometry, November 13-17, 2007 : Cruz Chica, Córdoba, Argentina
Carolyn S. Gordon, Juan Tirao, Jorge A. Vargas, Joseph A. Wolf, editors.
Providence, R.I. : American Mathematical Society, ©2009.
ix, 348 págs. : ilustraciones ; 26 cm.
Serie: Contemporary mathematics ; v. 491
ISBN: 9780821846513 (alk. paper), 0821846515 (alk. paper)
Incluye referencias bibliográficas.
Reseña: MathSciNet, 2010b:53002
Contenido
- Jorge Lauret, "Einstein solvmanifolds and nilsolitons", 1–35
- Cristián U. Sánchez, "Algebraic sets associated to isoparametric submanifolds", 37–56
- Lizhen Ji, "Mostow strong rigidity and nonisomorphism for outer automorphism groups of free groups and mapping class groups", 57–81
- Roberto J. Miatello and Juan Pablo Rossetti, "Spectral properties of flat manifolds", 83–113
- P. Gilkey, "Heat content, heat trace, and isospectrality", 115–123
- Dietrich Burde, Karel Dekimpe and Sandra Deschamps, "LR-algebras", 125–140
- Chal Benson and Gail Ratcliff, "Combinatorial properties of generalized binomial coefficients", 141–150
- Chal Benson and Gail Ratcliff, "Spherical functions for the action of a finite unitary group on a finite Heisenberg group", 151–166
- Shamgar Gurevich and Ronny Hadani, "Application of the Weil representation: diagonalization of the discrete Fourier transform", 167–178
- Joseph A. Wolf, "Infinite dimensional multiplicity free spaces. II. Limits of commutative nilmanifolds", 179–208
- L. Barchini and R. Zierau, "Certain components of Springer fibers: algorithms, examples and applications", 209–238
- Esther Galina, "Weighted Vogan diagrams associated to real nilpotent orbits", 239–253
- Mark Colarusso, "The Gelfand-Zeitlin integrable system and its action on generic elements of gl(n) and so(n)", 255–281
- Patrick Eberlein and Michael Jablonski, "Closed orbits of semisimple group actions and the real Hilbert-Mumford function", 283–321
- Nicolás Andruskiewitsch and Fernando Fantino, "New techniques for pointed Hopf algebras", 323–348.