## Abstract We study the well‐posedness of the half‐Dirichlet and Poisson problems for Dirac operators in three‐dimensional Lipschitz domains, with a special emphasis on optimal Lebesgue and Sobolev‐Besov estimates. As an application, an elliptization procedure for the Maxwell system is devised. Co
On Boundary Value Problems for Dirac Type Operators: I. Regularity and Self-Adjointness
✍ Scribed by Jochen Brüning; Matthias Lesch
- Publisher
- Elsevier Science
- Year
- 2001
- Tongue
- English
- Weight
- 371 KB
- Volume
- 185
- Category
- Article
- ISSN
- 0022-1236
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✦ Synopsis
In a series of papers, we will develop systematically the basic spectral theory of (self-adjoint) boundary value problems for operators of Dirac type. We begin in this paper with the characterization of (self-adjoint) boundary conditions with optimal regularity, for which we will derive the heat asymptotics and index theorems in subsequent publications. Along with a number of new results, we -extend and simplify the proofs of many known theorems. Our point of departure is the simple structure which is displayed by Dirac type operators near the boundary. Thus our proofs are given in an abstract functional analytic setting, generalizing considerably the framework of compact manifolds with boundary. The results of this paper have been announced previously by the authors (
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## Abstract For partial differential equations of mixed elliptic‐hyperbolic type we prove results on existence and existence with uniqueness of weak solutions for __closed__ boundary value problems of Dirichlet and mixed Dirichlet‐conormal types. Such problems are of interest for applications to tr