Home›Geometry›All GeometryBrowse ByAll GeometryReference and ClassificationDevelopingNamed geometric objects and finite geometric configurations studied as individuals. Belongs here: the Sierpinski Triangle and the Hilbert Curve, self-similar and space-filling constructions studied for their geometric rather than dynamical properties; the Fano Plane, the smallest projective plane, a finite configuration of seven points and seven lines. Does not belong here: the general theory of Euclidean, differential or discrete geometry, the branch entity Geometry, and topological objects defined by what survives continuous deformation rather than by distance or incidence, filed under Topology below.FactsAll GeometrySourcesComments (0)Reader Challenges (0)FactsComparisonEra Of EmergenceWell-attested300 BCE 1All GeometryFilter Results81 entriesObject KindAllEquation (4)Functions (9)Geometric Shape (44)Mathematical Notation (1)Mathematical Property (3)Number Systems (2)Operator (Mathematics) (11)Sets (1)Space (Mathematics) (4)BranchAllAlgebra (2)Algebraic Geometry (1)Calculus (1)Differential Geometry (4)Differential Topology (1)Discrete Geometry (3)Dynamical Systems (1)Geometry (61)Lie Theory (1)Mathematical Physics (1)Trigonometry (1)Origin EraAll1619 (2)1680 (1)1706 (1)1731 (1)1769 (1)1809 (1)1810 (1)1835 (1)1840 (1)1888 (1)1891 (1)1892 (1)1900 (1)1904 (1)1908 (1)1910 (1)1915 (1)1916 (1)1926 (1)1934 (1)1935 (1)1958 (1)1974 (1)Introduced ByAllApollonius of Perga (1)Arthur Cayley (1)Boris Delaunay (1)David Hilbert (1)Euclid (1)Georgy Voronoy (1)Gino Fano (1)Giovanni Domenico Cassini (1)Helge von Koch (1)Hermann Minkowski (3)Hermann Schwarz (1)Johannes Kepler (3)Karl Menger (1)Louis Poinsot (2)Ludwig Schläfli (1)Max Dehn (1)Olinde Rodrigues (1)Pafnuty Chebyshev (1)Piero della Francesca (1)Pierre-Simon Laplace (1)Roger Penrose (1)Salomon Bochner (1)Thomas Carlyle (1)Wacław Sierpiński (2)Élie Cartan (1)Named AfterAllGiovanni Domenico Cassini (1)Ludwig Schläfli (1)Maria Gaetana Agnesi (1)DimensionAll1 (1)2 (2)3 (2)Higher (1)VisualisableAllYes (3)Show ResultsBrowseCompareSelect all 503D ProjectionGeometryAbscissaGeometryAngle of ParallelismGeometryApeirogonGeometryApollonian GasketGeometryBochner's FormulaGeometryCarlyle CircleGeometryCassini ovalGeometryChebyshev DistanceGeometryCircular segmentGeometryCodimensionGeometryConvex HullGeometryCubeGeometryCuboctahedronGeometryDehn InvariantGeometryDelaunay TriangulationGeometryDisk (Mathematics)GeometryDodecahedronGeometryEccentricity (Mathematics)GeometryEuclidean DistanceGeometryFano PlaneGeometryGeometric transformationGeometryGreat DodecahedronGeometryGreat IcosahedronGeometryGreat Stellated DodecahedronGeometryHaversine formulaGeometryHilbert CurveGeometryHyperboloid modelGeometryHypercubeGeometryIcosahedronGeometryIcosidodecahedronGeometryIdeal PointGeometryIsogonal ConjugateGeometryIsometryGeometryK3 SurfaceGeometryKoch SnowflakeGeometryLaplace-Beltrami OperatorGeometryLine (Geometry)GeometryLocal DiffeomorphismGeometryMaurer-Cartan FormGeometryMenger SpongeGeometryMetric signatureGeometryMinkowski SpacetimeGeometryNeusis constructionGeometryOctahedronGeometryOrigin (Mathematics)GeometryOrthocenterGeometryOrthographic ProjectionGeometryParametric EquationGeometryPenrose TilingGeometry12Next →Sources1. Wikipedia: Geometrytier 2Wikimedia FoundationHistory sectionQuote, History sectionAround 300 BC, geometry was revolutionized by Euclid, whose Elements, widely considered the most successful and influential textbook of all time, introduced mathematical rigor through the axiomatic method.View the SourceComments (0)No comments yet. Be the first to share a thought.Sign in to join the discussion.Reader Challenges (0)No disputes yet. Spotted an error or a better source? Open the first one.Sign in to dispute this or suggest a correction.