activity
20182021
most citedGeometric local epsilon factors

5 citations · 8 across the 5 of their papers we have counts for

collaborators

6 papers

math.AG2021

Compatible systems of -adic sheaves

Quentin Guignard

We introduce a notion of compatibility for families of bounded constructible -adic complexes of étale sheaves on schemes. For schemes of finite…

math.AG2019★ 2 cited

Geometric local -factors in higher dimensions

Quentin Guignard

We use former results on geometric local -factors over curves in order to prove a factorization result for the determinant of the cohomology of an -adic sheaf ov…

math.AG2019★ 5 cited

Geometric local epsilon factors

Quentin Guignard

Inspired by the work of Laumon on -factors and by Deligne's letter to Serre, we give an explicit cohomological definition of -factors for -ad…

math.AG2018

On the slopes of the lattice of sections of Hermitian line bundles

T. Chinburg, Q. Guignard, C. Soulé

In this paper we study the distribution of successive minima of global sections of powers of a metrized ample line bundle on a variety over a number field. We develop criteria for…

math.AG2018★ 1 cited

On the ramified class field theory of relative curves

Quentin Guignard

We generalize Deligne's approach to tame geometric class field theory to the case of a relative curve, with arbitrary ramification.

math.AG2018

A new proof of Raynaud-Gruson's flattening theorem

Quentin Guignard

We give a new proof of Raynaud-Gruson's theorem regarding flattening by blow-ups. The proof is direct, by working directly on the inverse limit of admissible blow-ups, which is a v…