Une "preuve superbement simple" selon Terence Tao- Le problème de Kakeya discret
A Besicovitch set (which generalizes the Kakeya set) is a subset of R^n in which all directions are represented. Besicovitch proposed a finite field version of this type of set, and Zeev Dvir gave a lower bound for the cardinality of such a set. On the agenda: polynomials, finite fields, and combinatorics. But first and foremost, a superbly simple proof by the affable Fields Medalist Terence Tao.

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Solving exp(z)=z in C

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The Universal Chord Theorem by Nina

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ENS Oral Exam Re-enactment: MP-MPI-PC-PSI Competitive Exams - Physics Oral

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The Farey Integral—A Clever and Instructive Proof Between Arithmetic and Analysis!

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Mathematics is simply a matter of groups -- H. Poincaré, 1881 - Étienne Ghys

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Terence Tao – How the world’s top mathematician uses AI

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Terry Tao, Ph.D. Small and Large Gaps Between the Primes

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Violence Expert: Real Self-Defense Is TERRIFYING

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There’s a Problem with Quantum Mechanics – with Jim Al-Khalili

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Détruire une légende pour ne rien changer : l'affaire Étienne Klein

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Something strange happens when you "bump the base"

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a super nice functional equation

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Cédric VILLANI - Introduction à la théorie de la mesure (intégration de Lebesgue) - Extraits

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🔥Fischer Teaches us 👉 How to PUNISH This Pin

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Your path to math is atypical - Advice to young mathematicians - Ravi Vakil Abel Prize 2026

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William Dunham, A tribute to Euler

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💡 CHALLENGE: This functional equation will surprise you! (HIGH SCHOOL level!!)

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L'œuvre d'Alexandre Grothendieck par Pierre Deligne (French with English subtitles)

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Stabilizing an Unseen Triple Pendulum

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