Differential Geometric Methods in Mathematical Physics
Differential Geometric Methods in Mathematical Physics Proceedings of an International Conference Held at the Technical University of Clausthal, FRG, August 30–September 2, 1983 / [electronic resource] :
edited by Heinz-Dietrich Doebner, Jörg-Dieter Hennig.
- VIII, 344 p. online resource.
- Lecture Notes in Mathematics, 1139 0075-8434 ; .
- Lecture Notes in Mathematics, 1139 .
The work of Steven M. Paneitz -- Indecomposable finite dimensional representations of the poincare group and associated fields -- The energy momentum mapping of the lagrange top -- On the momentum mapping in field theory -- An axiomatic characterization of the poincare-cartan form for second order variational problems -- Energy level distributions and chaos in quantum mechanics -- Quasi-*-algebras and general weyl quantization -- Geometry of dynamical systems with time-dependent constraints and time-dependent hamiltonians: An approach toward quantization -- Regularity aspects of the quantized perturbative S-matrix in 4-dimensional space-time -- Curvature forms with singularities and non-integral characteristic classes -- Yang-mills aspects of poincaré gauge theories -- Supermanifolds and Berezin's new integral -- Spontaneous compactification and fermion chirality -- Off-shell extended supergravity in extended superspace -- Completely integrable systems of KdV-type related to isospectral periodic regular difference operators -- Non-linear techniques in two dimensional grassmannian Sigma models -- A geometrical obstruction to the existence of two totally umbilical complementary foliations in compact manifolds -- Einstein equations without killing vectors, non-linear sigma models and self-dual yang-mills theory -- Locality and uniformity in global elasticity -- Differential geometrical approach to the theory of amorphous solids -- The ising model on finitely generated groups and the braid group.
9783540395850
10.1007/BFb0074572 doi
Global differential geometry.
Differential Geometry.
Theoretical, Mathematical and Computational Physics.
QA641-670
516.36
The work of Steven M. Paneitz -- Indecomposable finite dimensional representations of the poincare group and associated fields -- The energy momentum mapping of the lagrange top -- On the momentum mapping in field theory -- An axiomatic characterization of the poincare-cartan form for second order variational problems -- Energy level distributions and chaos in quantum mechanics -- Quasi-*-algebras and general weyl quantization -- Geometry of dynamical systems with time-dependent constraints and time-dependent hamiltonians: An approach toward quantization -- Regularity aspects of the quantized perturbative S-matrix in 4-dimensional space-time -- Curvature forms with singularities and non-integral characteristic classes -- Yang-mills aspects of poincaré gauge theories -- Supermanifolds and Berezin's new integral -- Spontaneous compactification and fermion chirality -- Off-shell extended supergravity in extended superspace -- Completely integrable systems of KdV-type related to isospectral periodic regular difference operators -- Non-linear techniques in two dimensional grassmannian Sigma models -- A geometrical obstruction to the existence of two totally umbilical complementary foliations in compact manifolds -- Einstein equations without killing vectors, non-linear sigma models and self-dual yang-mills theory -- Locality and uniformity in global elasticity -- Differential geometrical approach to the theory of amorphous solids -- The ising model on finitely generated groups and the braid group.
9783540395850
10.1007/BFb0074572 doi
Global differential geometry.
Differential Geometry.
Theoretical, Mathematical and Computational Physics.
QA641-670
516.36