activity
20092021
most citedBruhat-Tits theory from Berkovich's point of view. II. Satake compactifications

14 citations · 20 across the 6 of their papers we have counts for

collaborators

6 papers

math.AG2021

An intrinsic characterization of Bruhat-Tits buildings inside analytic groups

Bertrand Rémy, Amaury Thuillier, Annette Werner

Given a semisimple group over a complete non-Archimedean field, it is well known that techniques from non-Archimedean analytic geometry provide an embedding of the corresponding Br…

math.GR2017★ 2 cited

Wonderful compactifications of Bruhat-Tits buildings

Bertrand Remy, Amaury Thuillier, Annette Werner

Given a split semisimple group over a local field, we consider the maximal Satake-Berkovich compactification of the corresponding Euclidean building. We prove that it can be equiva…

math.AG2012★ 4 cited

Automorphisms of Drinfeld half-spaces over a finite field

Bertrand RÉMY, Amaury Thuillier, Annette Werner

We show that the automorphism group of Drinfeld's half-space over a finite field is the projective linear group of the underlying vector space. The proof of this result uses analyt…

math.GR2011

Bruhat-Tits buildings and analytic geometry

Bertrand Remy, Amaury Thuillier, Annette Werner

This paper provides an overview of the theory of Bruhat-Tits buildings. Besides, we explain how Bruhat-Tits buildings can be realized inside Berkovich spaces. In this way, Berkovic…

math.GR2009★ 14 cited

Bruhat-Tits theory from Berkovich's point of view. II. Satake compactifications

Bertrand Remy, Amaury Thuillier, Annette Werner

In our previous paper "Bruhat-Tits theory from Berkovich's point of view. I ? Realizations and compactifications of buildings", we investigated realizations of the Bruhat-Tits buil…

math.AG2009

Bruhat-Tits Theory from Berkovich's Point of View. I - Realizations and Compactifications of Buildings

Bertrand Rémy, Amaury Thuillier, Annette Werner

We investigate Bruhat-Tits buildings and their compactifications by means of Berkovich analytic geometry over complete non-Archimedean fields. For every reductive group G over a su…