
In this article, we apply the approach of relative algebraic geometry towards analytic geometry to the category of bornological and Ind-Banach spaces (non-Archimedean or not). We are able to recast the theory of Grosse-Klönne dagger affinoid domains with their weak G-topology in this new language. We prove an abstract recognition principle for the generators of their standard topology (the morphisms appearing in the covers). We end with a sketch of an emerging theory of dagger affinoid spaces over the integers, or any Banach ring, where we can see the Archimedean and non-Archimedean worlds coming together.
Mathematics - Number Theory, Analytical algebras and rings, Generalizations (algebraic spaces, stacks), Rigid analytic geometry, Functional Analysis (math.FA), rigid geometry, Mathematics - Functional Analysis, global analytic geometry, Mathematics - Algebraic Geometry, 14A20, 13J07, 14G22, 14E25, 46M99, 18D10, 19D23, 14F20, Global analytic geometry; Over-convergent structure sheaf; Rigid geometry, Monoidal, symmetric monoidal and braided categories, FOS: Mathematics, over-convergent structure sheaf, Number Theory (math.NT), Embeddings in algebraic geometry, Algebraic Geometry (math.AG)
Mathematics - Number Theory, Analytical algebras and rings, Generalizations (algebraic spaces, stacks), Rigid analytic geometry, Functional Analysis (math.FA), rigid geometry, Mathematics - Functional Analysis, global analytic geometry, Mathematics - Algebraic Geometry, 14A20, 13J07, 14G22, 14E25, 46M99, 18D10, 19D23, 14F20, Global analytic geometry; Over-convergent structure sheaf; Rigid geometry, Monoidal, symmetric monoidal and braided categories, FOS: Mathematics, over-convergent structure sheaf, Number Theory (math.NT), Embeddings in algebraic geometry, Algebraic Geometry (math.AG)
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