It’s fun, albeit completely subjective, to guess who the greatest people in history are. Wilt Chamberlain, for example, is considered by many to be the greatest athlete of all time, a giant of immense power and agility, and a world-class track and field star.
Who is the most innovative scientist ever? Albert Einstein revolutionized physics.
But another 20th-century scientist deserves serious consideration. Born in Hungary in 1903 and died in the United States in 1957, John von Neumann never won a Nobel Prize. His achievements across multiple disciplines are breathtaking. He made about 125 major scientific innovations.
Von Neumann, who immigrated to the United States in 1930, was also charismatic, lovable, drove fast (badly), and was notorious for hard-partying across multiple continents. died of cancer.
Von Neumann revolutionized one subdiscipline after another in mathematics and physics, playing a key role in the creation of game theory and computing. Einstein paled somewhat in comparison, revolutionizing physics in his youth and, despite great efforts to create a unified theory of physics, over the next fifty years of his life. There were no major innovations.
Some of von Neumann’s achievements are listed below.
Math. In his twenties, he revolutionized set theory, ergodic theory, and continuum geometry (all major areas of theoretical mathematics). A child prodigy, he earned an advanced degree in chemical engineering to please his industrialist father, while mathematics and physics were his side jobs.
Physics. Von Neumann published a series of papers that established a rigorous mathematical framework for quantum mechanics.
game theory. Von Neumann laid the foundation for a new branch of game theory as a branch of mathematics.
Manhattan Project. Von Neumann became the leading authority on the mathematics of shaped explosives, explosives shaped to concentrate the effect of the explosive’s energy. He contributed to the design of his second atomic bomb dropped on Nagasaki.
computing. [In1945vonNeumannproposedacomputerarchitecturenowknownasthevonNeumannarchitectureThisincludedthebasicsofelectronicdigitalcomputersThisisthefoundationofmoderncomputing[1945年、フォンノイマンは現在フォンノイマンアーキテクチャとして知られているコンピュータアーキテクチャを提案しました。これには、電子デジタルコンピュータの基本が含まれていました。これは、現代のコンピューティングの基盤です。
DNA/artificial life. He created the field of cellular automata through a rigorous mathematical treatment of self-replicating structures. This preceded the discovery of DNA by several years.
artificial intelligence. Von Neumann proposed the concept of a “learning machine” that could improve performance over time by learning from experience, which led to machine learning.
Open Source. The 75th most impressive thing von Neumann did was create open source computing. Some of the early computing vendors he consulted attempted to make his architectural innovations their own. He fought back legally, winning a three-year federal lawsuit and setting an industry precedent that core IT innovation belongs to society, not to individual companies.
Why didn’t von Neumann win a Nobel Prize? He envisioned a whole new field of study and created its mathematical foundations. He solved a revolutionary problem, left it to others to materialize, and went into a whole new field of research.
Is there a lesson here? No, more than Wilt. But given that genetic outliers like Chamberlain and von Neumann are scattered all over the world, it’s breathtaking.
Several prominent biographies of von Neumann have been written, one of which was “Man from the Future” by Anano Bhattacharya last year.
Contact Isaac Cheifetz, Executive Recruiter for Twin Cities, at: catalyst1.com.
