Introduction |
Naive Analytic Functions and Formulation of the Main Result / 1: |
Preliminary remarks and notation / 1.1: |
The sheaf of naive analytic functions / 1.2: |
D[subscript X]-modules and D[subscript X]-modules / 1.3: |
Logarithms / 1.4: |
Logarithmic Poincare lemma / 1.5: |
Formulation of the main results / 1.6: |
Etale Neighborhoods of a Point in a Smooth Analytic Space / 2: |
Etale neighborhoods of a point with s(x) = dim(X) / 2.1: |
The local structure of a smooth analytic curve / 2.2: |
Etale neighborhoods of a point with s(x) < dim(X) / 2.3: |
Basic curves / 2.4: |
Properties of Strictly Poly-stable and Marked Formal Schemes / 3: |
Strictly poly-stable formal schemes / 3.1: |
Open neighborhoods of the generic point of an irreducible component / 3.2: |
A property of strata / 3.3: |
A tubular neighborhood of the diagonal of a stratum closure / 3.4: |
The same for proper marked formal schemes / 3.5: |
Properties of the Sheaves [Omega Characters not reproducible]/d[Characters not reproducible subscript X] / 4: |
Analytic curve connectedness of closed analytic spaces / 4.1: |
The sheaves [Characters not reproducible], [Characters not reproducible], and [Characters not reproducible] / 4.2: |
Structure of the sheaves [Omega Characters not reproducible]/d[Characters not reproducible subscript X] for smooth analytic curves / 4.3: |
Injectivity of the homomorphism dLog : [Characters not reproducible subscript z]c[subscript X rarr Omega Character not reproducible]/d[Characters not reproducible subscript X] / 4.4: |
A subsheaf [Psi subscript x] [Characters not reproducible] [Omega Characters not reproducible]/d[Characters not reproducible subscript X] and a subspace V[subscript X,x Characters not reproducible Omega Characters not reproducible]]/d[Characters not reproducible subscript X,x] / 4.5: |
Isocrystals / 5: |
Wide germs of analytic spaces and of formal schemes / 5.1: |
D-modules on smooth strictly k-affinoid germs and isocrystals / 5.2: |
A construction of isocrystals / 5.3: |
The filtered isocrystals E[subscript B] and the shuffle algebras / 5.4: |
Unipotent isocrystals E[superscript i] (X, [Characters not reproducible]) / 5.5: |
F-isocrystals / 6: |
Frobenius liftings / 6.1: |
A Frobenius structure on the isocrystals E[superscript i] (X,[Characters not reproducible]) / 6.2: |
A uniqueness property of certain F-isocrystals / 6.3: |
Structure of a commutative filtered D[subscript B]-algebra on E(X, [Characters not reproducible]) / 6.4: |
Filtered F-isocrystals E[superscript K](X, [Characters not reproducible]) and F[superscript lambda] ([Characters not reproducible], [Characters not reproducible]) / 6.5: |
Construction of the Sheaves S[Characters not reproducible] / 7: |
Induction hypotheses / 7.1: |
Split one-forms / 7.2: |
Marked and weakly marked one-forms / 7.3: |
Construction of a primitive of a weakly marked one-form / 7.4: |
Construction of the D[subscript X]-modules S[Characters not reproducible] / 7.5: |
End of the proof / 7.6: |
Properties of the sheaves S[Characters not reproducible] / 8: |
Filtered D[subscript (X,Y)]-algebras [epsiv superscript lambda](X, Y) for germs with good reduction / 8.1: |
Filtered D[subscript Characters not reproducible]-algebras [epsiv superscript lambda]([Characters not reproducible]) for proper marked formal schemes / 8.2: |
A filtered D[subscript Characters not reproducible subscript X,x]]-subalgebra [epsiv Characters not reproducible] S[Characters not reproducible] and the space V[subscript X,x] / 8.3: |
More uniqueness properties / 8.4: |
A filtered D[subscript X]-subalgebra s[subscript X Characters not reproducible] S[subscript X] and the sheaf [Psi subscript X] / 8.5: |
Integration and Parallel Transport along a Path / 9: |
Integration of closed one-forms along a path / 9.1: |
Nontrivial dependence on the homotopy class of a path / 9.2: |
Locally unipotent and quasi-unipotent D[subscript X]-modules / 9.3: |
Parallel transport along a path / 9.4: |
Parallel transport along an etale path / 9.5: |
References |
Index of Notation |
Index of Terminology |
Introduction |
Naive Analytic Functions and Formulation of the Main Result / 1: |
Preliminary remarks and notation / 1.1: |