(1) The budding period of mathematics (before 600 BC);
(2) The period of mathematical invariance (from the first 600 years to the middle of17th century);
(3) the period of variable mathematics (1mid-7th century to11920s); (4) Modern mathematics period (65438+11920s to World War II); (5) Modern mathematics period (since 1940s).
1 (3500-500 BC) The origin and early development of mathematics: ancient Egyptian mathematics and Mesopotamian mathematics.
2 (600-5th century BC) Ancient Greek Mathematics: Demonstrating the Origin of Mathematics, European Geometry.
3 (3rd century-14th century) Indian mathematics and Arabic mathematics in the middle ages: the glory of practical mathematics.
4 (12nd century-17th century) The rise of modern mathematics: the development of algebra and the birth of analytic geometry.
The Establishment of Calculus in the 5th Century (14th Century-18th Century): Newton and Leibniz's Establishment of Calculus.
6 (18th century-19th century) era of analysis: the application of calculus in various fields.
The rebirth of 7 (19th century) algebra: the generation of abstract algebra (modern algebra).
The Transformation of 8 (19th Century) Geometry: Non-Euclidean Geometry
The rigidity of 9 (19th century) analysis: the rigidity of calculus foundation.
10 the trend of pure mathematics in the 20th century
The world of applied mathematics in 2 1 century
The above are divided according to the development of mathematics, not in chronological order, but also marked the times.