p-adic differential equations

Author(s)

• Kedlaya, Kiran Sridhara

Bibliographic Information

p-adic differential equations

Kiran S. Kedlaya

（Cambridge studies in advanced mathematics, 199）

Cambridge University Press, 2022

2nd ed

• : hardback

Note

Previous ed.: 2010

Includes bibliographical references (p. 469-488) and indexes

Description and Table of Contents

Description

Now in its second edition, this volume provides a uniquely detailed study of $P$-adic differential equations. Assuming only a graduate-level background in number theory, the text builds the theory from first principles all the way to the frontiers of current research, highlighting analogies and links with the classical theory of ordinary differential equations. The author includes many original results which play a key role in the study of $P$-adic geometry, crystalline cohomology, $P$-adic Hodge theory, perfectoid spaces, and algorithms for L-functions of arithmetic varieties. This updated edition contains five new chapters, which revisit the theory of convergence of solutions of $P$-adic differential equations from a more global viewpoint, introducing the Berkovich analytification of the projective line, defining convergence polygons as functions on the projective line, and deriving a global index theorem in terms of the Laplacian of the convergence polygon.

Table of Contents

• Preface
• 0. Introductory remarks
• Part I. Tools of $P$-adic Analysis: 1. Norms on algebraic structures
• 2. Newton polygons
• 3. Ramification theory
• 4. Matrix analysis
• Part II. Differential Algebra: 5. Formalism of differential algebra
• 6. Metric properties of differential modules
• 7. Regular and irregular singularities
• Part III. $P$-adic Differential Equations on Discs and Annuli: 8. Rings of functions on discs and annuli
• 9. Radius and generic radius of convergence
• 10. Frobenius pullback and pushforward
• 11. Variation of generic and subsidiary radii
• 12. Decomposition by subsidiary radii
• 13. $P$-adic exponents
• Part IV. Difference Algebra and Frobenius Modules: 14. Formalism of difference algebra
• 15. Frobenius modules
• 16. Frobenius modules over the Robba ring
• Part V. Frobenius Structures: 17. Frobenius structures on differential modules
• 18. Effective convergence bounds
• 19. Galois representations and differential modules
• Part VI. The $P$-adic Local Monodromy Theorem: 20. The $P$-adic local monodromy theorem
• 21. The $P$-adic local monodromy theorem: proof
• 22. $P$-adic monodromy without Frobenius structures
• Part VII. Global Theory: 23. Banach rings and their spectra
• 24. The Berkovich projective line
• 25. Convergence polygons
• 26. Index theorems
• 27. Local constancy at type-4 points
• Appendix A: Picard-Fuchs modules
• Appendix B: Rigid cohomology Appendix C: $P$-adic Hodge theory
• References
• Index of notations
• Index.

by "Nielsen BookData"

Details

• NCID: BC15255524
• ISBN:
  • 9781009123341
• LCCN: 2022022819
• Country Code: uk
• Title Language Code: eng
• Text Language Code: eng
• Place of Publication: Cambridge
• Pages/Volumes: xx, 496 p.
• Size: 24 cm
• Classification:
  • DC23 : 512.74
  • LCC : QA241
  • DC23 : 512.7/4
• Subject Headings:
  • LCSH : p-adic analysis
  • LCSH : Differential equations
  • FREE : MATHEMATICS / Number Theory bisacsh
• Parent Bibliography ID:
  • BA00109761