activity
20062023
most citedPolynomial functors and opetopes

59 citations · 140 across the 11 of their papers we have counts for

collaborators

13 papers

math.CT2023

Left-exact Localizations of -Topoi III: The Acyclic Product

Mathieu Anel, Georg Biedermann, Eric Finster +1

We define a commutative monoid structure on the poset of left-exact localizations of a higher topos, that we call the acyclic product. Our approach is anchored in a structural anal…

math.CT2022

Left-exact Localizations of -Topoi II: Grothendieck Topologies

Mathieu Anel, Georg Biedermann, Eric Finster +1

We revisit the work of Toën--Vezzosi and Lurie on Grothendieck topologies, using the new tools of acyclic classes and congruences. We introduce a notion of extended Grothendieck to…

math.CT2021★ 8 cited

Left-exact Localizations of -Topoi I: Higher Sheaves

Mathieu Anel, Georg Biedermann, Eric Finster +1

We are developing tools for working with arbitrary left-exact localizations of -topoi. We introduce a notion of higher sheaf with respect to an arbitrary set of maps in…

math.CT2017★ 12 cited

Notes on Clans and Tribes

Andre Joyal

The purpose of these notes is to give a categorical presentation/analysis of homotopy type theory. The notes are incomplete as they stand (October 2017). The chapter on univalent t…

math.AT2017★ 14 cited

Goodwillie's Calculus of Functors and Higher Topos Theory

Mathieu Anel, Georg Biedermann, Eric Finster +1

We develop an approach to Goodwillie's calculus of functors using the techniques of higher topos theory. Central to our method is the introduction of the notion of fiberwise orthog…

math.AT2017★ 17 cited

A Generalized Blakers-Massey Theorem

Mathieu Anel, Georg Biedermann, Eric Finster +1

We prove a generalization of the classical connectivity theorem of Blakers-Massey, valid in an arbitrary higher topos and with respect to an arbitrary modality, that is, a factoriz…