| BC 406 | Panini of Shalatula | The Creation of Sanskrit in Pakistan |
| BC 369 | Theaetetus of Athens | Icosahedron and octahedron and irrational numbers |
| BC 234 | Eratosthenes of Cyrene | A mechanical device for extracting roots. The sieve of Eratosthenes. |
| BC 221 | Apollonius of Perga | Conic section. Circle, Ellipse, Parabola, Hyperbola. Quadratic equation. |
| BC 200 – 139 | Chang Tshang | Fractional volumes of a sphere and a cube. D^3 / V = 16 / 9 |
| BC 10 | Heron of Alexandria | Heronian triangles. Quadratic equations. |
| 476 | Aryabhata | Tetragonal number. Sum of cubes and sum of squares. |
| 500-1265 | Zu Chongzhi | Calculating a number Pi = 355 / 113 |
| 589 | Brahmagupta | The area of a quadrilateral inscribed in a circle given the semiperimeter. |
| 600 – 1147 | Bhaskara I and II | sin x = 16 x (Pi – x) / 5 Pi ^2 – 4 x (Pi – x) |
| 908 | ibn Sinan ibn Thabit ibn Qurra | A book on the construction of three conic sections |
| 965 | ibn al-Haytham al-Basra | Quartic equations. Alhazen’s ray tracing problem. |
| 973 | Mohammed ibn Ahmad al-Biruni | Phases of the Moon. Astrolabe. |
| 1048 | Omar al-Khayyam | Equations of degree 1-2-3. Real number. 8 leap years in 33 years. |
| 1170 | Leonardo ‘Bigollo’ Pisano (Fibonacci) | Fibonacci sequence. |
| 1201 | Muhammad Nasir al-Din al-Tusi | Spherical triangle. Binomial coefficients. |
| 1265 | Zhu Shiejie | Yupana with != seven |
| 1452 | Leonardo da Vinci | Rhombicuboctahedron 24. Stellated dodecahedron and icosahedron. |
| 1548 | Giordano Bruno | Symmetry group of the dodecahedron and DNA. |
| 1571 | Johannes Kepler | Full packing of spheres 0.74048. Face-centered cubic. |
| 1623 | Blaise Pascal | Pascal’s triangle. Pascal-Papa’s theorem |
| 1637 | Takakazu Seki | Binomial coefficients and Bernoulli numbers. Laplace’s theorem and matrix operations. |
| 1805 | William Rowan Hamilton | Quaternions. Symmetry group of the icosahedron |
| 1826 | Georg Friedrich Riemann | Riemann zeta function. Complex logarithm. |
| 1854 | Jules Henri Poincare | Euler characteristic |
| 1882 | Amalie Emmy Noether | Betti numbers. Euler characteristic. |
| 1885 | Hermann Klaus Hugo Weyl | Weyl tensor. Generalization of curvature. |
| 1887 | Srinivasa Ramanujan Iyenga | Continued fractions. Taylor series expansion of the arctangent. Calculation Pi. |