Differential Geometric Methods in Mathematical Physics
Differential Geometric Methods in Mathematical Physics Clausthal 1980 Proceedings of an International Conference Held at the Technical University of Clausthal, FRG, July 23 – 25, 1980 / [electronic resource] :
edited by Heinz-Dietrich Doebner, Stig I. Andersson, Herbert Rainer Petry.
- VIII, 312 p. online resource.
- Lecture Notes in Mathematics, 905 0075-8434 ; .
- Lecture Notes in Mathematics, 905 .
Massless limits and dual field theories -- Poisson commutativity and the generalized periodic toda lattice -- Spaces of solutions of relativistic field theories with constraints -- The symplectic “category” -- Moments and reductions -- Elementary systems for lie algebra bundle actions -- What kind of a dynamical system is the radiating electron? -- Asymptotics of elementary spherical functions -- Hermitian structures on solution varieties of nonlinear relativistic wave equations -- Vector bundle connections and liftings of partial differential operators -- Phase space of the coupled vectorial Klein-Gordon-Maxwell equations -- Particle theory and global geometry -- Group theoretical aspects of the chronometric theory -- Spinor structures -- The complex cayley algebra and the Lorentz group -- Prequantisation from path integral viewpoint -- A geometrical property of POV-measures and systems of covariance -- Path integrals over manifolds -- Gauge-theory ghosts and ghost-gauge theories -- On monopole systems with weak axial symmetry -- Quantum fields in curved space-times and scattering theory -- The quantized maxwell field and its gauges; A generalization of wightman theory.
9783540390022
10.1007/BFb0092421 doi
Global differential geometry.
Mathematical physics.
Differential Geometry.
Mathematical Methods in Physics.
Numerical and Computational Physics, Simulation.
QA641-670
516.36
Massless limits and dual field theories -- Poisson commutativity and the generalized periodic toda lattice -- Spaces of solutions of relativistic field theories with constraints -- The symplectic “category” -- Moments and reductions -- Elementary systems for lie algebra bundle actions -- What kind of a dynamical system is the radiating electron? -- Asymptotics of elementary spherical functions -- Hermitian structures on solution varieties of nonlinear relativistic wave equations -- Vector bundle connections and liftings of partial differential operators -- Phase space of the coupled vectorial Klein-Gordon-Maxwell equations -- Particle theory and global geometry -- Group theoretical aspects of the chronometric theory -- Spinor structures -- The complex cayley algebra and the Lorentz group -- Prequantisation from path integral viewpoint -- A geometrical property of POV-measures and systems of covariance -- Path integrals over manifolds -- Gauge-theory ghosts and ghost-gauge theories -- On monopole systems with weak axial symmetry -- Quantum fields in curved space-times and scattering theory -- The quantized maxwell field and its gauges; A generalization of wightman theory.
9783540390022
10.1007/BFb0092421 doi
Global differential geometry.
Mathematical physics.
Differential Geometry.
Mathematical Methods in Physics.
Numerical and Computational Physics, Simulation.
QA641-670
516.36