Cabri Geometry and digital images in bringing geometry to life, and life to mathematics Seminar contribution to the Cabri World 2004 conference Rome, SeptemberProfessor Adrian Oldknow, University College Chichest

Source URL: www.adrianoldknow.org.uk

• Geometry
• Mathematics
• Algebraic geometry
• Elementary geometry
• Analytic geometry
• Conic sections
• Curves
• Ellipse
• Perpendicular
• Line
• Shape
• Cone

BRIDGES Mathematical Connections in Art, Music, and Science Geometrical Poetry

Source URL: archive.bridgesmathart.org

• Analytic geometry
• Algebraic curves
• Geometry
• Computer-aided design
• Curves
• Constraint
• Hyperbola
• Pi
• Limaon
• Perspective
• Plane

301 Doc. Math. J. DMV Local Heights on Abelian Varieties and Rigid Analytic Uniformization

Source URL: www.math.uiuc.edu

• Elliptic curves
• Niels Henrik Abel
• Algebraic geometry
• Abelian varieties
• Algebraic structures
• Valuation
• Abelian group
• Group scheme
• Semistable abelian variety
• Ring
• Tate curve
• Field extension

Research Statement Brandon Fodden The central focus of my research is the study of L-functions. A combination of powerful results and fundamental open questions makes this an exciting area in which to do research. The st

Source URL: people.math.carleton.ca

• Bernhard Riemann
• Analytic number theory
• Conjectures
• Field theory
• Algebraic geometry
• Generalized Riemann hypothesis
• Riemann zeta function
• Riemann hypothesis
• Prime number theorem
• Elliptic curve
• Diophantine equation
• Selberg class

Manuscript, 12 OctoberLINE PROBLEMS IN NONLINEAR COMPUTATIONAL GEOMETRY FRANK SOTTILE AND THORSTEN THEOBALD Abstract. We first review some topics in the classical computational geometry of lines, in particular the

Source URL: www.math.uni-frankfurt.de

• Analytic geometry
• Elementary geometry
• Differential geometry
• Projective geometry
• Algebraic geometry
• Conic section
• Tangent
• Differential geometry of surfaces
• Intersection
• Line
• Quadric
• Vector space

Geometric, Algebraic and Analytic Descendants of Nash Isometric Embedding Theorems. Misha Gromov October 9, 2015 Contents

Source URL: www.ihes.fr

• Differential topology
• Maps of manifolds
• Riemannian manifolds
• Differential geometry of surfaces
• Nash embedding theorem
• Embedding
• Homotopy principle
• Immersion
• Differential geometry
• Riemannian geometry
• Manifold
• Curvature

THE BRAUER-MANIN OBSTRUCTION FOR SUBVARIETIES OF ABELIAN VARIETIES OVER FUNCTION FIELDS ´ FELIPE VOLOCH BJORN POONEN AND JOSE Abstract. We prove that for a large class of subvarieties of abelian varieties over global fu

Source URL: www.ma.utexas.edu

• Niels Henrik Abel
• Analytic number theory
• Ring theory
• Algebraic geometry
• Algebraic structures
• Free abelian group
• Profinite group
• Abelian group
• Abelian variety
• Field extension
• Algebraic number field
• Elliptic curve

301 Doc. Math. J. DMV Local Heights on Abelian Varieties and Rigid Analytic Uniformization

Source URL: documenta.sagemath.org

• Elliptic curves
• Niels Henrik Abel
• Algebraic geometry
• Abelian varieties
• Algebraic structures
• Valuation
• Abelian group
• Group scheme
• Semistable abelian variety
• Ring
• Tate curve
• Field extension

Analytic Zariski structures, predimensions and non-elementary stability Boris Zilber University of Oxford 25 August 2008 The notion of an analytic Zariski structure was introduced in [1] by the

Source URL: people.maths.ox.ac.uk

• Algebraic geometry
• Commutative algebra
• Algebraic varieties
• Dimension
• Krull dimension
• Valuation
• Morphism of algebraic varieties
• Zariski geometry

MOTIVIC ANALYTIC NUMBER THEORY DANIEL LITT 1. Introduction [I’d like to talk about some connections between topology, number theory, and algebraic geometry, arising from the study of configurations of points in a space

Source URL: math.columbia.edu