p-adic Analytic Geometry and Differential Equations
March 27 – 31, 2017
The subject of p-adic analytic geometry has been booming in the last years, as regards foundational matters as well as applications. In particular, the use of fine methods from analytic geometry in the field of p-adic differential equations and D-modules has recently led to significant progress.
The aim of the conference is to bring together mathematicians from various areas around those themes, experts as well as new-comers who would like to incorporate them into their research. |
Scientific Committee
Daniel Caro (Université de Caen Normandie) Annette Werner (Johann Wolfgang Goethe-Universität Frankfurt) Organizing Committee Philippe Lebacque (Université de Franche-Comté) |
Speakers
Arithmetic D-modules and existence of crystalline companion
Bounded linear endomorphisms of rigid analytic functions
Convergence and spectral polygon of connections on Berkovich curves
de Rham theorem in non-Archimedean analytic geometry
Pushforwards of p-adic differential equations (pdf)
Formes et courants sur les espaces de Berkovich : retour aux sources
A non-abelian algebraic criterion for good reduction of curves I — Comparison of relative log de Rham fundamental groups (pdf)
D-modules and p-curvatures
A non-abelian algebraic criterion for good reduction of curves II — Computation of the monodromy action
Explosion of Lyapunov exponents using non-Archimedean geometry
Differentiability of non-archimedean volumes and non-archimedean Monge-Ampère equations |
Coadmissible D-modules over the generic fibre of a formal scheme
Cyclic group actions and p-adic exponents
A semistable Lefschetz (1; 1) theorem in equicharacteristic (pdf)
Non-archimedean parametrizations, points of bounded height and applications
On the continuity of the finite Bloch-Kato cohomology
On the rationality of the logarithmic growth filtration of solutions of p-adic differential equations
Rigid crystals
An Overview on Some Recent Results about p-Adic Differential Equations over Berkovich Curves (pdf)
Arithmetic D-modules and p-adic representations
Logarithmic desingularization and semistable reduction
Holonomic D-modules on smooth rigid analytic spaces |