Why do the French excel in maths ?

It is not only owed to the Ecole Normale Superieure where the 11 Fields medalists were educated, but the prominent “Math Culture” in French society.

This is similar to the International Math Olympiad (IMO) “craze” in China since 1980s till today, where the parents send their primary school kids to drill in IMO boot- camps, because that is a “direct-entry” gateway to enter top university, bypassing the highly competitive “Gao-kao” 高考 (University Entrance Exams for 500,000 places among 7 million students each year, only 7% successful chance !! vs Singapore 40%).

https://www.theguardian.com/world/2012/may/31/europa-french-maths-ecoles-normales-superieures

Quora: read how this middle-age (48) French recounts his “French Math” education since 6 to 15 years old:

The curriculum was designed in the late 60s in part by a group of real mathematicians, the Bourbaki. It was very abstract. I learned about basic set theory when I was 6. I did learn about the basic operators but not before I was able to perform them in arbitrary bases from 2 to 10. I was taught the properties of ordering relationship, equivalence classes and partitions at age 11, vector calculus at age 13. Basic differential calculus was taught at age 15, complex numbers and integral calculus at 17. This was carried over to physics where we were happily solving ODEs for mechanics and electrical circuits at age 16. This was for almost everyone except the most dyed-in-the-wool literary person. I was taught elementary proof techniques at age 13. By age 15 I knew about formal logic, contradictions and recursive proof.

https://www.quora.com/How-does-the-publics-perception-of-mathematics-differ-between-France-and-America?from=timeline

French Math “Coniques” : ellipses, paraboles, hyperboles.

French Math is unique in treating these 3 conic curves: (ellipse, parabola, hyperbola), always starts from the first principle – a la the Cartesian Spirit “I think therefore I am” (我思故我在).

“Catersian” Analytical Geometry was co-invented by two 17CE French mathematicians René Déscartes and Pierre de Fermat.

Note: The “elliptic curve” is a powerful geometry tool used in Number Theory (proved the 350-year-old Fermat’s Last Theorem in 1994 by Andrew Wiles), also in the most advanced Encryption algorithm.

The Success of French New Math Education in Secondary Schools

New Math  education is successful in France but failed miserably in the U. S. (1960s) because of ONE simple reason: Math teacher’s quality and quantity.

In France, each year the best of the undergraduate Math students are selected via the CONCOURS for Ecole Normale  Supérieure – the Top university in France, and the World’s BEST incubator for Fields Medalists.

Below is a report by a Chinese Math educator studying the French Math Education success:

[Source:]

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法国中学数学教材的特色 (The unique characteristics of French Secondary School New Math Syllabus)

Math With French Touch

Teaching math with a French touch:

France has a long-standing tradition where math is addressed from a theoretical standpoint and studied for its implicit value throughout high school (Lycée) and preparatory school (Classe Préparatoire) for the high-level entrance exams (Concours aux Grandes Écoles) . This leads to a mindset based on proofs and abstraction. This mindset has consequences on problem solving that is sometimes referred to as the “French Engineer”. In contrast, other countries (Note: UK, USA, China, Singapore, etc) have a tradition where math is addressed as a computation tool.

Source:
https://www.coursera.org/course/functionalanalysis