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2900 BCE
2900 BC
Scotland carved stone balls exhibit a variety of platonic solids -
Period: 2000 BCE to
Timeline Project
Math Timeline -
150
150 BC
Jain mathematics in india write the sthanaga satra -
225
225 BC
Apollonius of perga writes on conic sections names the ellipse parabola hyperbola -
260
260 BC
Archimedes provide the value of pie -
300
300 BC
Euclid states the law of reflection in catoptrics proves the fundamental theorem of arithmetic -
370
370 BC
Eudoxus states the method of exhaustion for area determination -
530
530 BC
Pythagoras studies of the square root of two -
600
600 BC
Rythagorean triples contain of a number geometrical proofs -
800
800 BC
Baudhayana contains quadratic equations -
1619 A.D
Johannes Kepler discovers two of the Kepler -
1650 BC
Rhind Mathematical papyrus -
1797 A.D
Caspar Wessel associates vectors with complex numbers -
1799 A.D
Gaspard Monge introduces geometry -
1800 BC
Moscow mathematical papyrus findings volume of a frustum -
1829 A.D
Lobachevsky invented hyperbolic geometry -
1837 A.D
Piere Wantzel proves that doubling the cube and trisecting the angle are impossible -
1854 A.D
Bernard Riemann introduces Riemannian geometry -
1870 A.D
Felic Klein constructs an analytic geometry -
1878 A.D
Charles Hermite solves the general quintic equation -
1882 A.D
Felix Klein invents the Klein bottle -
1899 A.D
David Hilbert presents a self-consistent geometric axioms -
1901 A.D
Elie Cartan develops the exterior derivative -
1930 A.D
Casimir Kuratowski proves that the three cottage problem has no solution -
1931 A.D
Georges de Rham develops theorems in cohomology -
1933 A.D
Karol Borsuk presents the point theroem -
1955 A.D
H.S.M Coxeter publish the complete list of uniform polyhedron -
1981 A.D
Mikhail Gromov develops the theory of hyperbolic groups -
1994 A.D
Peter Shor formulates a algorithm for factorization -
2000 A.D
the Clay Mathematics institute proposes the seven Milennium Prize Problems -
2013 A.D
Yitang Zhang proves the first finite bound on gaps between prime numbers -
2016 A.D
Peter Trueb successfully calculated pi to 22.4 trillion digits