Extraordinary Story of Poet who won Maths' Most Prestigious Prize | Meet June Huh скачать в хорошем качестве

Extraordinary Story of Poet who won Maths' Most Prestigious Prize | Meet June Huh

TimeStamps 00:00 Introduction 01:07 The Poet who Hated Math 03:12 Cracking the Code of Combinatorics 05:04 Solving a 50-Year-Old Conjecture 07:40 Implications of June Huh's work 09:39 A Mathematician Unlike Any Other What does a teenage poet have in common with the most prestigious prize in mathematics? In this video, we explore the remarkable biography of June Huh, a Fields Medal-winning mathematician who redefined combinatorics—and did it with the soul of an artist. Born in California and raised in South Korea, June Huh never imagined he would become a mathematician. As a high school dropout focused on poetry, he believed in the power of language and expression. Mathematics, in contrast, felt rigid and inaccessible. But years later, everything changed when he encountered the subject through the eyes of curiosity and beauty—not through memorization or competition. This video tells the unlikely and inspiring story of how June Huh discovered mathematics not through formulas, but through patterns, structure, and wonder. After drifting through college, Huh found mentorship under Heisuke Hironaka, a charismatic Fields Medalist who introduced him to the joy of unsolved problems. What followed was a stunning career that bridged artistic intuition with groundbreaking theory. At the heart of his work lies combinatorics—the study of patterns, arrangements, and hidden structures. Huh revolutionized this field by connecting it to algebraic geometry, a branch of math typically used to study curves and surfaces. He found a way to interpret combinatorial problems as geometric ones, revealing unexpected relationships and tools. This fresh approach allowed him to solve the long-standing Rota Conjecture, a problem that had defied resolution for over 50 years. Using ideas from Hodge theory and cohomology rings, he and his collaborators proved that complex mathematical objects called matroids obey patterns of symmetry and structure that no one had fully seen before. Their proof, elegant and surprising, connected discrete mathematics with continuous geometry in a way that opened entirely new avenues of research. Beyond pure math, Huh’s discoveries have implications in data science, cryptography, artificial intelligence, and even quantum computing. From optimizing large datasets to modeling the complexity of quantum systems, the tools he developed are helping scientists tackle problems across disciplines. But what sets June Huh apart isn’t just his brilliance—it’s his perspective. He sees math as a poetic pursuit, one where elegance matters as much as logic. He works slowly, methodically, and visually—preferring long walks and quiet reflection to rapid-fire calculations. He once said he doesn’t feel like a “real” mathematician, despite holding the field’s highest honors. So join us for a story of elegance, intuition, and quiet revolution—where math becomes art, and the patterns of the universe reveal themselves to those who dare to see them differently. ----------------------------------------- Math Mavericks I The 2022 Fields Medal Winners Listen to all the episodes on The Turing App https://theturingapp.com/show_index/m... Every four years, the Fields Medal—the highest honor in mathematics—is awarded to a select group of mathematicians who have reshaped the field with groundbreaking discoveries. In 2022, four minds changed the way we see the world forever. From the hidden mathematics of chaos to the strangest prime number mysteries, their work touches everything—quantum computing, cybersecurity, disease modeling, and even how oranges are stacked. This series unveils the revolutionary ideas of Hugo Duminil-Copin, Maryna Viazovska, June Huh, and James Maynard—brilliant thinkers who cracked problems that had stumped mathematicians for decades. #JuneHuh #FieldsMedal #MathematicsInspiration #inspiringstories #inspiringscience #nobelprize