What makes Terence Tao “the greatest living mathematician in the world”

Terence Tao was solving math problems in middle school when he was just seven years old and needed a booster cushion to reach the desk. But the most disconcerting thing is not his precocity; it is that Tao's genius is nothing like the classic image of the lone genius. Even his colleagues call him “the Mozart of mathematics,” but others, such as Daniel Peralta, see him more as a modern-day Leonardo da Vinci: someone capable of transforming any area of mathematics he touches while, at the same time, maintaining a disarming humility. We are taught to see geniuses as isolated figures who solve everything from an ivory tower. Tao turns that myth on its head. True mathematical genius today is, above all, collective and collaborative. Tao was born in Australia in 1975; by the age of two, he was already teaching older children how to count. His mother, Grace, also a mathematician, was his first playmate in numerical games. As a child, he would ask his grandmother to draw numbers on the windows with soap while she was cleaning. At the age of nine, his father took him to the Institute for Advanced Study in Princeton, where mathematicians like Charles Fefferman challenged him with advanced problems. Fields Medal winner Fefferman went so far as to say, “If I had said this kid had no talent, it would have been one of the biggest mistakes of my life.” At the age of 14, Tao started college; by 16, he already had a master's degree; and by 21, he had a Ph.D. from Princeton. At UCLA, he became the youngest tenured professor in history. In photos from those years, he appears alongside legends like Paul Erdős, but what impresses those around him most is not his awards—including the Fields Medal and the Breakthrough Prize—but his demeanor: he listens more than he speaks, responds calmly, and never boasts. Tao says that, as a child, mathematics was his refuge. Unlike biology or chemistry, where he had to memorize facts, with numbers he felt that everything could be deduced from basic rules. English, on the other hand, was his worst subject: once, he was asked to write about his house, and he literally made a list of rooms and furniture. But Tao never felt like a weirdo. Yes, he was the youngest in the class, but he recalls that “after a couple of weeks, no one looked at age, because we all struggled equally with the difficult problems.” And what about the myth of the lone genius? He debunks it himself. According to Tao, a hundred years ago, mathematics might have been more individual, but today the field is so vast that no one can master everything. Solving a problem means first understanding what others have done; 90% of the work, he says, is absorption and collaboration. And not just with current colleagues: when you study a proof, it's like having a conversation with Newton, Gauss, or Erdős. Tao insists that great breakthroughs arise from openness and diversity: accessible publications, public funding, and, above all, universities where people from different countries, cultures, and with different interests come together and combine ideas. There are many examples: mathematical algorithms developed by diverse teams have revolutionized fields ranging from magnetic resonance imaging to telecommunications. That's why she is concerned that cutting funding or restricting immigration could extinguish that spark. The new image Tao proposes: A genius is not someone who thinks alone, but someone who builds bridges, connects minds, and makes others see the invisible. No one goes far alone, not even the world's greatest mathematician. If you thought genius was a solitary feat, Tao proves otherwise: the real breakthrough lies in bringing minds together and sharing discoveries. If any of the ideas in this story surprised you, you can mark them with I'm In in Lara Notes: that way, you declare that they are now part of your perspective. And if you end up telling someone about the high school cushion prodigy or about how collaboration trumps the lone genius, you can capture that conversation with Shared Offline—it's Lara Notes' way of preserving important conversations. This Note is based on a story published by BBC News Mundo, and it has saved you over fifteen minutes of reading time.