AuthorUnterberger, Andrรฉ. author
TitleAutomorphic Pseudodifferential Analysis and Higher Level Weyl Calculi [electronic resource] / by Andrรฉ Unterberger
ImprintBasel : Birkhรคuser Basel : Imprint: Birkhรคuser, 2003
Connect tohttp://dx.doi.org/10.1007/978-3-0348-7978-1
Descript IX, 246 p. online resource

CONTENT

1 Introduction -- 1 Automorphic Distributions and the Weyl Calculus -- 2 he Weyl calculus, the upper half-plane, and automorphic distributions -- 3 Eisenstein distributions, Diracโs comb and Bezoutโs distribution -- 4 The structure of automorphic distributions -- 5 The main formula: a heuristic approach -- 2 A Higher-level Weyl Calculus of Operators -- 6 A tamer version of the Weyl calculus: the horocyclic calculus -- 7 The higher-level metaplectic representations -- 8 The radial parts of relativistic wave operators -- 9 The higher-level Weyl calculi -- 10 Can one compose two automorphic operators? -- 11 The sharp product of two power-functions: the Weyl case -- 12 Beyond the symplectic group -- 3 The Sharp Composition of Automorphic Distributions -- 13 The Roelcke-Selberg expansion of functions associated with $$\mathfrak{E}_{{{{\nu }_{1}}}}̂{\sharp }\# \mathfrak{E}_{{\nu 2}}̂{\sharp }$$ the continuous part -- 14 The Roelcke-Selberg expansion of functions associated with $$\mathfrak{E}_{{{{\nu }_{1}}}}̂{\sharp }\# \mathfrak{E}_{{\nu 2}}̂{\sharp }$$ the discrete part -- 15 A proof of the main formula -- 16 Towards the completion of the multiplication table -- 4 Further Perspectives -- 17 Another way to compose Weyl symbols -- 18 Odd automorphic distributions and modular forms of non-zero weight -- 19 New perspectives and problems in quantization theory -- Index of Notation


SUBJECT

  1. Mathematics
  2. Topological groups
  3. Lie groups
  4. Global analysis (Mathematics)
  5. Manifolds (Mathematics)
  6. Operator theory
  7. Partial differential equations
  8. Number theory
  9. Quantum physics
  10. Mathematics
  11. Operator Theory
  12. Topological Groups
  13. Lie Groups
  14. Global Analysis and Analysis on Manifolds
  15. Partial Differential Equations
  16. Number Theory
  17. Quantum Physics