Dwork, Bernard |
Preface |
Introduction |
List of symbols |
Valued Fields / Chapter I: |
Valuations / 1: |
Complete Valued Fields / 2: |
Normed Vector Spaces / 3: |
Hensel's Lemma / 4: |
Extensions of Valuations / 5: |
Newton Polygons / 6: |
The y-intercept Method / 7: |
Ramification Theory / 8: |
Totally Ramified Extensions / 9: |
Zeta Functions / Chapter II: |
Logarithms |
Newton Polygons for Power Series |
Newton Polygons for Laurent Series |
The Binomial and Exponential Series |
Dieudonne's Theorem |
Analytic Representation of Additive Characters |
Meromorphy of the Zeta Function of a Variety |
Condition for Rationality |
Rationality of the Zeta Function |
Appendix to Chapter II |
Differential Equations / Chapter III: |
Differential Equations in Characteristic p |
Nilpotent Differential Operators. Katz-Honda Theorem |
Differential Systems |
The Theorem of the Cyclic Vector |
The Generic Disk. Radius of Convergence |
Global Nilpotence. Katz's Theorem |
Regular Singularities. Fuchs' Theorem |
Formal Fuchsian Theory |
Effective Bounds. Ordinary Disks / Chapter IV: |
p-adic Analytic Functions |
Effective Bounds. The Dwork-Robba Theorem |
Effective Bounds for Systems |
Analytic Elements |
Some Transfer Theorems |
The Binomial Series |
The Hypergeometric Function of Euler and Gauss |
Effective Bounds. Singular Disks / Chapter V: |
The Dwork-Frobenius Theorem |
Effective Bounds for Solutions in a Singular Disk: the Case of Nilpotent Monodromy. The Christol-Dwork Theorem: Outline of the Proof |
Proof of Step V |
Proof of Step IV. The Shearing Transformation |
Proof of Step III. Removing Apparent Singularities |
The Operators (CHARACTER O w/ slash through it) and (CHARACTER U w/ slash through it) |
Proof of Step I. Construction of Frobenius |
Proof of Step II. Effective Form of the Cyclic Vector |
Effective Bounds. The Case of Unipotent Monodromy |
Transfer Theorems into Disks with One Singularity / Chapter VI: |
The Type of a Number |
Transfer into Disks with One Singularity: a First Estimate |
The Theorem of Transfer of Radii of Convergence |
Differential Equations of Arithmetic Type / Chapter VII: |
The Height |
The Theorem of Bombieri-Andre |
Transfer Theorems for Differential Equations of Arithmetic Type |
Size of Local Solution Bounded by its Global Inverse Radius |
Generic Global Inverse Radius Bounded by the Global Inverse Radius of a Local Solution Matrix |
G-Series. The Theorem of Chudnovsky / Chapter VIII: |
Definition of G-Series- Statement of Chudnovsky's Theorem |
Preparatory Results |
Siegel's Lemma |
Conclusion of the Proof of Chudnovsky's Theorem |
Appendix to Chapter VIII |
Convergence Polygon for Differential Equations / Appendix I: |
Archimedean Estimates / Appendix II: |
Cauchy's Theorem / Appendix III: |
Bibliography |
Index |