activity
20112019
most citedStable -connectivity over Dedekind schemes

9 citations · 13 across the 7 of their papers we have counts for

collaborators

7 papers

math.AG2019

A Bloch-Ogus Theorem for henselian local rings in mixed characteristic

Johannes Schmidt, Florian Strunk

We show a conditional exactness statement for the Nisnevich Gersten complex associated to an -invariant cohomology theory with Nisnevich descent for smooth schemes ov…

math.AG2016

Canonical Lifts of Cycle Classes of Sections

Johannes Schmidt

We present the construction of canonical lifts of -adic cycle classes of sections of -adic projective anabelian curves to the cohomology of arbitrary proper, regular, flat…

math.AG2016★ 9 cited

Stable -connectivity over Dedekind schemes

Johannes Schmidt, Florian Strunk

We show that -localization decreases the Nisnevich-stalkwise connectivity by at most one over a Dedekind scheme with infinite residue fields. For the proof, we establ…

math.AG2015★ 1 cited

Sections, Homotopy Rational Points and Reductions of Curves

Johannes Schmidt

We study unramified sections of the fundamental group sequence of smooth projective curves of genus over -adic fields together with an integral model. We are particular…

math.AG2015★ 2 cited

Homotopy Rational Points of Brauer-Severi Varieties

Johannes Schmidt

We study homotopy rational points of Brauer-Severi varieties over fields of characteristic zero. We are particularly interested if a Brauer-Severi variety admitting a homotopy rati…

math.AG2013★ 1 cited

Étale contractible varieties in positive characteristic

Armin Holschbach, Johannes Schmidt, Jakob Stix

Unlike in characteristic 0, there are no non-trivial smooth varieties over an algebraically closed field k of characteristic p>0 that are contractible in the sense of etale homotop…

math.AG2011

Rigid G2-Representations and motives of Type G2

Michael Dettweiler, Johannes Schmidt

We prove an effective Hilbert Irreducibility result for residual realizations of a family of motives with motivic Galois group G2.