This collection of invited expository articles focuses on recent
developments and trends in infinite-dimensional Lie theory, which
has become one of the core areas of modern mathematics. The book is
divided into three parts: infinite-dimensional Lie
(super-)algebras, geometry of infinite-dimensional Lie
(transformation) groups, and representation theory of
infinite-dimensional Lie groups.
Part (A) is mainly concerned with the structure and
representation theory of infinite-dimensional Lie algebras and
contains articles on the structure of direct-limit Lie algebras,
extended affine Lie algebras and loop algebras, as well as
representations of loop algebras and Kac Moody superalgebras.
The articles in Part (B) examine connections between
infinite-dimensional Lie theory and geometry. The topics range from
infinite-dimensional groups acting on fiber bundles, corresponding
characteristic classes and gerbes, to Jordan-theoretic geometries
and new results on direct-limit groups.
The analytic representation theory of infinite-dimensional Lie
groups is still very much underdeveloped. The articles in Part (C)
develop new, promising methods based on heat kernels, multiplicity
freeness, Banach Lie Poisson spaces, and infinite-dimensional
generalizations of reductive Lie groups.
Contributors: B. Allison, D. Belti, W. Bertram, J. Faulkner, Ph.
Gille, H. Glockner, K.-H. Neeb, E. Neher, I. Penkov, A. Pianzola,
D. Pickrell, T.S. Ratiu, N.R. Scheithauer, C. Schweigert, V.
Serganova, K. Styrkas, K. Waldorf, and J.A. Wolf."
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