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Overview
This volume presents a collection of papers on geometric structures in the context of Hurwitz-type structures and applications to surface physics. The first part of this volume concentrates on the analysis of geometric structures. Topics covered are: Clifford structures, Hurwitz pair structures, Riemannian or Hermitian manifolds, Dirac and Breit operators, Penrose-type and Kaluza—Klein-type structures. The second part contains a study of surface physics structures, in particular boundary conditions, broken symmetry and surface decorations, as well as nonlinear solutions and dynamical properties: a near surface region. For mathematicians and mathematical physicists interested in the applications of mathematical structures.Synopsis
This volume presents a collection of papers on geometric structures in the context of Hurwitz-type structures and applications to surface physics.
The first part of this volume concentrates on the analysis of geometric structures. Topics covered are: Clifford structures, Hurwitz pair structures, Riemannian or Hermitian manifolds, Dirac and Breit operators, Penrose-type and Kaluza—Klein-type structures.
The second part contains a study of surface physics structures, in particular boundary conditions, broken symmetry and surface decorations, as well as nonlinear solutions and dynamical properties: a near surface region.
For mathematicians and mathematical physicists interested in the applications of mathematical structures.
Booknews
These proceedings contain 20 selected original papers by the speakers invited to the Seminar on Deformation, in the following arrangement: general theory (editor's note and one leading paper); Hurwitz-type structures equipped with additional geometric and analytical structures (5 papers); special Hurwitz-type structures and the many- particle problem (3 papers); boundary conditions--broken symmetry and surface decorations (6 papers); and nonlinear solutions and dynamical properties--a near-surface region (5 papers). Annotation c. Book News, Inc., Portland, OR (booknews.com)