Which zodiac sign has the most famous mathematicians in history

Aries has the most mathematicians, followed by Taurus.

The famous mathematicians of ancient China are as follows

1, Zu Chongzhi.

Zu Chongzhi was a native of Laiyuan County, Hebei Province during the Northern and Southern Dynasties of our country He read many books on astronomy and mathematics since he was a child, and he was diligent in learning and practicing hard, which finally made him an outstanding mathematician and astronomer in ancient China.

Zu Chongzhi's outstanding achievement in mathematics is about the calculation of pi Zu Chongzhi read the famous classics at that time, insisted on seeking truth from facts, he compared and analyzed a large number of materials from his own measurement and calculation, found serious errors in the past calendar, and had the courage to improve, at the age of 33, he successfully compiled the "Ming Calendar", opened up a new era in the history of the calendar.

2, Xu Guangqi.

1) The reasons for the backwardness of Chinese mathematics in the Ming Dynasty are discussed;

2) the wide range of applications of mathematics is discussed;

3) Translated and published the Geometry Primitives with the Italian missionary Matteo Ricci.

The official is the secretary of the Ministry of Rites of the Chongzhen Dynasty and the scholar of Wenyuan Pavilion and the second assistant of the cabinet. Xu Guangqi devoted his life to the study of mathematics, astronomy, calendar, water conservancy, etc., and wrote diligently, especially proficient in agriculture, and translated books such as "Geometric Originals", "Taixi Water Law", and "The Complete Book of Agricultural Administration". At the same time, he is also a pioneer in the communication between Chinese and Western cultures.

He made important contributions to the cultural exchange between China and the West in the 17th century.

3, Hua Luogeng.

Hua Luogeng, a self-taught genius mathematician and the founder of modern Chinese mathematics.

Among many mathematicians, Hua Luogeng is undoubtedly one of the most talented, Hua Luogeng has become a world-class mathematician through self-study, and he has made outstanding contributions in a wide range of mathematical fields such as analytic number theory, matrix geometry, canonical groups, automorphic function theory, multi-complex function theory, partial differential equations, and high-dimensional numerical integration.

Mathematics Celebrities:Domestic: Zu Zenai Cong Chongzhi, Huasun Ying Luo Geng

Abroad: Pythagoras, Newton

Brief introduction to the above math celebrities:

1.Zu Chongzhi.

Born in Jiankang (present-day Nanjing) and his ancestral home is Fanyang County (present-day Laishui County, Hebei), Zu Chongzhi was an outstanding mathematician and astronomer during the Northern and Southern Dynasties of China. He devoted his life to the natural sciences, and his main contributions were mathematics, astronomical calendars, and mechanical engineering. On the basis of the precise method of exploring pi pioneered by Liu Hui, he for the first time actuarially calculated "pi" to the seventh decimal place, that is, between and , and the "ancestral rate" he proposed made a significant contribution to the study of mathematics.

2.Hua Luogeng.

Hua Luogeng was born in Jintan District, Changzhou, Jiangsu, and his ancestral home is Danyang, Jiangsu. He is a mathematician, academician of the Chinese Academy of Sciences, a foreign member of the National Academy of Sciences of the United States, an academician of the Third World Academy of Sciences, and an academician of the Bavarian Academy of Sciences of the Federal Republic of Germany. He is the founder and pioneer of many aspects of Chinese analytic number theory, matrix geometry, canonical groups, automorphic function theory and multivariate complex function theory, and is listed as one of the 88 great mathematicians in the world today in the Chicago Museum of Science and Technology.

The mathematical research achievements named after Fahrenheit in the world include "Fahrenheit's theorem", "Fahrenheit's inequality", "Fahrenheit method" and so on.

3.Pythagoras.

Pythagoras was born into an aristocratic family on the island of Samos (present-day eastern Greek island) in the Aegean Sea, and was a bright and studious child, studying geometry, natural sciences, and philosophy under famous teachers. He himself is best known for discovering the Pythagorean theorem (known in the West as the Pythagorean theorem).

4.Newton.

Newton was born on Woolthop Manor in Woolthorp, a small village in rural Lincolnshire, England. He is a knight, the president of the British Royal Acres Society, a famous British physicist, an encyclopedic "all-rounder", and the author of "Mathematical Principles of Natural Philosophy" and "Optics". In mathematics, Newton shared the honor of developing calculus with Gottfried Wilhelm Leibniz.

He also proved the generalized binomial theorem, proposed the "Newtonian method" to approximate the zero point of a function, and contributed to the study of power series.

1.Euclid, 2Liu Wei, 3Qin Jiushao, 4Descartes, 5Fermat, 6Leibniz, 7Euler, 8Lagrange, 9Gauss, 10Hilbert.

Euclid of Alexandria, Greek mathematician. He was born about 330 B.C. and died about 260 B.C.

Euclid was one of the most famous and influential mathematicians in ancient Greece, and he was a member of the Alexandrian school. Euclid wrote a book entitled Elements in 13 volumes. This work had a great influence on the future development of geometry, mathematics and science, and on the whole way of thinking of Westerners.

The main object of Geometry is geometry, but it also deals with other topics such as number theory, irrational number theory, etc. Euclid used the axiomatic method. Axioms are fundamental propositions that are definite and do not need to be proved, from which all theorems are derived.

In this type of deductive reasoning, each proof must be premised on an axiom, or on a theorem that has been proven. This approach later became a model for the establishment of any body of knowledge, and for almost 2,000 years was held up as an example of the rigorous thinking that must be adhered to. The Geometry Prima was the pinnacle of the development of mathematics in ancient Greece.

Liu Hui, (born around 250 AD), a native of Wei in the late Three Kingdoms period, was an outstanding mathematician in ancient China and one of the founders of classical Chinese mathematical theory. According to the historical materials of the limited Sun Dynasty, he was a native of Linzi or Zichuan in Shandong during the Wei and Jin dynasties. He never became an official in his life.

Fermat (1601 1665) Fermat was a French mathematician born on August 17, 1601 in Beaumont de Lomagne, in Toulouse, in the south of France. His father, Dominique Fermat, owned a large leather shop in the local area, and owned a very lucrative property of the Hermit, which allowed Fermat to live in a wealthy and comfortable environment since childhood.

Gauss. Gauss was a German mathematician and scientist whose mathematical research spanned many fields. From an early age, he showed extraordinary mathematical talents, most famously when he was in elementary school when his teacher had an arithmetic problem:

1+2+3+…+100=？It's hard for children who are just learning arithmetic, but Gauss was able to figure it out in a few moments.

Gauss's family was poor, but fortunately, he was appreciated and helped by many people, and completed his studies, and his "genius" was brought to the best play. When he grew up, he studied seriously and seriously, constantly tackling new problems, and the title of "Prince of Mathematics" is the most appropriate compliment to his life.