In this article we give a homological characterization of the topology of Stein spaces over any valued base field. In particular, when working over the field of complex numbers, we obtain a characterization of the usual Euclidean (transcendental) topology of complex analytic spaces. For non-Archimedean base fields the topology we characterize coincides with the topology of the Berkovich analytic space associated to a non-Archimedean Stein algebra. Because the characterization we used is borrowed from a definition in derived geometry, this work should be read as a derived perspective on analytic geometry
In this thesis we define normalized versions of Berkovich spaces over a trivially valued field k, ob...
At the end of the eighties, Vladimir G. Berkovich defined a notion of analytic space over any Banach...
At the end of the eighties, Vladimir G. Berkovich defined a notion of analytic space over any Banach...
In this article we give a homological characterization of the topology of Stein spaces over any valu...
31 pagesLet $k$ be a non-archimedean complete valued field and $X$ be a $k$-analytic space in the se...
31 pagesLet $k$ be a non-archimedean complete valued field and $X$ be a $k$-analytic space in the se...
31 pagesLet $k$ be a non-archimedean complete valued field and $X$ be a $k$-analytic space in the se...
We present an introduction to Berkovich’s theory of non-archimedean analytic spaces that emphasizes ...
Abstract. This note surveys basic topological properties of nonar-chimedean analytic spaces, in the ...
Abstract: Nonstandard mathematics furnishes a remarkable connexion between analytic and algebraic ge...
We show that non-Archimedean analytic geometry can be viewed as relative algebraic geometry in the s...
We show that non-Archimedean analytic geometry can be viewed as relative algebraic geometry in the s...
In this article, we look at analytic geometry from the perspective of relative algebraic geometry wi...
Given an algebraic variety X defined over an algebraically closed field, we study the space RZ(X,x) ...
In this article, we look at analytic geometry from the perspective of relative algebraic geometry wi...
In this thesis we define normalized versions of Berkovich spaces over a trivially valued field k, ob...
At the end of the eighties, Vladimir G. Berkovich defined a notion of analytic space over any Banach...
At the end of the eighties, Vladimir G. Berkovich defined a notion of analytic space over any Banach...
In this article we give a homological characterization of the topology of Stein spaces over any valu...
31 pagesLet $k$ be a non-archimedean complete valued field and $X$ be a $k$-analytic space in the se...
31 pagesLet $k$ be a non-archimedean complete valued field and $X$ be a $k$-analytic space in the se...
31 pagesLet $k$ be a non-archimedean complete valued field and $X$ be a $k$-analytic space in the se...
We present an introduction to Berkovich’s theory of non-archimedean analytic spaces that emphasizes ...
Abstract. This note surveys basic topological properties of nonar-chimedean analytic spaces, in the ...
Abstract: Nonstandard mathematics furnishes a remarkable connexion between analytic and algebraic ge...
We show that non-Archimedean analytic geometry can be viewed as relative algebraic geometry in the s...
We show that non-Archimedean analytic geometry can be viewed as relative algebraic geometry in the s...
In this article, we look at analytic geometry from the perspective of relative algebraic geometry wi...
Given an algebraic variety X defined over an algebraically closed field, we study the space RZ(X,x) ...
In this article, we look at analytic geometry from the perspective of relative algebraic geometry wi...
In this thesis we define normalized versions of Berkovich spaces over a trivially valued field k, ob...
At the end of the eighties, Vladimir G. Berkovich defined a notion of analytic space over any Banach...
At the end of the eighties, Vladimir G. Berkovich defined a notion of analytic space over any Banach...