activity
20172026
most citedThe six-functor formalism for rigid analytic motives

19 citations · 73 across the 19 of their papers we have counts for

collaborators
Showing math.AGShow all

10 papers · 1 filter

math.AG2024

The spectrum of Artin motives

Paul Balmer, Martin Gallauer

We analyze the tt-geometry of derived Artin motives, via modular representation theory of profinite groups. To illustrate our methods, we discuss Artin motives over a finite field,…

math.AG2023★ 2 cited

Motivic monodromy and p-adic cohomology theories

Federico Binda, Martin Gallauer, Alberto Vezzani

We build a unified framework for the study of monodromy operators and weight filtrations of cohomology theories for varieties over a local field. As an application, we give a strea…

math.AG2022

Exponentiation of coefficient systems and exponential motives

Martin Gallauer, Simon Pepin Lehalleur

We construct new six-functor formalisms capturing cohomological invariants of varieties with potentials. Starting from any six-functor formalism , encoded as a coefficient syste…

math.AG2021

An introduction to six-functor formalisms

Martin Gallauer

These are notes for a mini-course given at the summer school and conference "The Six-Functor Formalism and Motivic Homotopy Theory" in Milan 9/2021. They provide an introduction to…

math.AG2021

Supports for constructible systems

Martin Gallauer

We develop a `universal' support theory for derived categories of constructible (analytic or étale) sheaves, holonomic D-modules, mixed Hodge modules and others. As applications we…

math.AG2020★ 19 cited

The six-functor formalism for rigid analytic motives

Joseph Ayoub, Martin Gallauer, Alberto Vezzani

We offer a systematic study of rigid analytic motives over general rigid analytic spaces, and we develop their six-functor formalism. A key ingredient is an extended proper base ch…

math.AG2020★ 16 cited

The universal six-functor formalism

Brad Drew, Martin Gallauer

We prove that Morel-Voevodsky's stable -homotopy theory affords the universal coefficient system, giving rise to Grothendieck's six operations.

math.AG2019★ 3 cited

A note on Tannakian categories and mixed motives

Martin Gallauer

We explain why every non-trivial exact tensor functor on the triangulated category of mixed motives over a field F has zero kernel, if one assumes "all" motivic conjectures. In oth…

math.AG2019★ 7 cited

Three real Artin-Tate motives

Paul Balmer, Martin Gallauer

We analyze the spectrum of the tensor-triangulated category of Artin-Tate motives over the base field R of real numbers, with integral coefficients. Away from 2, we obtain the same…

math.AG2017★ 4 cited

tt-geometry of Tate motives over algebraically closed fields

Martin Gallauer

We study Tate motives with integral coefficients through the lens of tensor triangular geometry. For some base fields, including the field of algebraic numbers and the algebraic cl…