Finite dimensional Teichmüller spaces and generalizations

Конечномерные пространства Тейхмюллера и обобщения
Lipman Bers
1981-01-01

Teichmüller theoryfinite-dimensional Teichmüller spacesmodular groupsmoduli spacesquasi-Fuchsian groups
CONTENTS 0. Background 1. Introduction 2. Teichmuller spaces and modular groups 3. Teichmller's theorem 4. Real boundaries 5. Classification of modular transformations 6. Embedding into complex number space 7. Metrics in Teichmuller space 8. Quasi-Fuchsian groups 9. Fiber spaces over Teichmuller spaces 10. Complex boundaries 11. 6-groups 12. Ahlfors' problem, Sullivan's theorem and the complex boundary 13. The Maskit embedding 14. Riemann surfaces with nodes 15. Strong deformation spaces 16. Complex structure of deformation spaces 17. Moduli spaces APPENDIX 18. Some auxiliary results. 19. Infinite dimensional Teichmuller spaces References
1
It develops foundational topics including Teichmüller’s theorem, metrics, real and complex boundaries, and embeddings into complex coordinate spaces.
2
It discusses degenerations of Riemann surfaces through nodes, strong deformation spaces, and the complex structures of deformation and moduli spaces.
3
The treatment extends to quasi-Fuchsian groups, fiber spaces, deformation spaces, and the classification of modular transformations.
4
The work also surveys major generalizations and related results, including Sullivan’s theorem, the Maskit embedding, and infinite-dimensional Teichmüller spaces.
5
The work provides a structured treatment of finite-dimensional Teichmüller spaces, modular groups, and their associated geometric and analytic structures.

finite-dimensional Teichmüller spaces and their generalizations

their geometric, metric, boundary, deformation, embedding, and moduli-space structures, together with associated modular and quasi-Fuchsian group theory

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1981-01-01
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Lipman Bers
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