Stacks in the p-adic Hodge Theory of Rigid Analytic Spaces
Explore advanced concepts in p-adic Hodge theory and rigid analytic spaces, focusing on new geometric objects beyond diamonds in analytic geometry.
Classical Curves - Differential Geometry
Explore classical curves in differential geometry, from conics to advanced constructions. Learn techniques for generating new curves and their applications in various fields.
Differential Geometry - Math History - NJ Wildberger
Explore the foundations of differential geometry, from planar curves to Gaussian curvature, and its impact on modern physics. Learn about key concepts and historical contributions in this mathematical field.
Analytic Geometry and the Continuum - Math History - NJ Wildberger
Explores Cartesian geometry's development, merging numbers and geometry, and discusses issues with the continuum, irrational numbers, and decimal expansions, including pi's continued fraction approximations.
Arc-Wise Analytic T-Stratifications
Explore arc-wise analytic t-stratifications in model theory, covering key concepts, intuition, and applications in definable functions and partitions.
Analytic Geometry
Explore advanced concepts in analytic geometry with renowned mathematician Peter Scholze, delving into its applications in arithmetic and homotopy theory.
Oka Tubes in Holomorphic Line Bundles
Explore Oka tubes in holomorphic line bundles with Franc Forstneric, delving into advanced concepts in complex analysis and geometry.
Complex Cellular Structures - Lecture 4
Explore complex cellular structures in mathematics through an advanced lecture by Gal Binyamini, delving into intricate mathematical concepts and theories.
Complex Cellular Structures - Lecture 3
Explore complex cellular structures in mathematics, focusing on advanced concepts and their applications in singularity theory.
Complex Cellular Structures - Lecture 2
Explore complex cellular structures in mathematics through an advanced lecture by Gal Binyamini, delving into intricate mathematical concepts and theories.
Complex Cellular Structures - Lecture 1
Explore complex cellular structures in mathematics through an in-depth lecture by Gal Binyamini, delving into advanced concepts and their applications.
Analytic Stacks - Lecture 12
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples with renowned mathematician Peter Scholze.
Analytic Stacks - New Foundations for Analytic Geometry - Lecture 11/24
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples.
Analytic Stacks - New Foundations for Analytic Geometry
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples with renowned mathematician Peter Scholze.
Analytic Stacks - New Foundations for Analytic Geometry
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples.
Analytic Stacks - Foundations for Analytic Geometry
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples with Peter Scholze.
Analytic Stacks: New Foundations for Analytic Geometry - Lecture 24
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples with Peter Scholze.
Analytic Stacks: New Foundations for Analytic Geometry
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples.
Motives and Ring Stacks
Explore advanced cohomology theories through ring stacks, examining their connection to 6-functor formalism and motivic theory. Gain insights into Tannaka duality and analytic geometry applications.
Analytic Stacks: New Foundations for Analytic Geometry - Lecture 22/24
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples.
Analytic Stacks - Lecture 21
Explore new foundations for analytic geometry, covering light condensed abelian groups, analytic rings, analytic stacks, and examples with Peter Scholze.