I Am a Mathematician

I Am a Mathematician is the second volume of Norbert Wiener's autobiography, focusing on his career and contributions to mathematics after World War I. The book chronicles his development as a mathematician at MIT and his pioneering work in cybernetics. Wiener recounts his collaborations with other scientists and mathematicians across Europe and America during a transformative period in the field. The narrative follows his research journey through probability theory, quantum mechanics, and the foundations of computing technology. Through detailed explanations of mathematical concepts and historical context, Wiener documents the intersection of pure mathematics with practical engineering and military applications. He describes the technical and philosophical challenges that arose as mathematics evolved to address new technological capabilities. The autobiography stands as both a personal history and an examination of how mathematics adapts to serve human needs while maintaining its theoretical foundations. The text explores the relationship between abstract mathematical thought and its real-world implementation.

Readers describe this autobiography as more personal and reflective than Wiener's first memoir "Ex-Prodigy." The book focuses on his adult career and development of cybernetics. Liked: - Detailed insights into how mathematical ideas emerged - Portrayal of academic life in early/mid 1900s - Clear explanations of complex concepts - Personal anecdotes about interactions with other mathematicians Disliked: - Technical sections can be challenging for non-mathematicians - Writing style sometimes wanders and digresses - Some readers found Wiener's self-assessment overly modest Ratings: Goodreads: 4.0/5 (86 ratings) Amazon: 4.3/5 (12 ratings) Sample review: "Wiener gives a fascinating look into both the technical and human sides of mathematical research. The sections on his work during WWII and early computing are particularly interesting." - Goodreads reviewer Another notes: "The mathematical passages require concentration, but the personal narrative makes it worthwhile."

A Mathematician's Apology by G. H. Hardy A memoir that explores the pure beauty of mathematics and the life experiences of a prominent mathematician during the early 20th century.

The World of Mathematics by James R. Newman A comprehensive collection of mathematical writings that combines autobiography, philosophy, and mathematical concepts in the same spirit as Wiener's reflections.

Love and Math by Edward Frenkel A mathematical autobiography that traces the author's journey from exclusion in the Soviet academic system to groundbreaking work in contemporary mathematics.

The Man Who Knew Infinity by Robert Kanigel The biography of mathematician Srinivasa Ramanujan follows his path from self-taught prodigy in India to recognition at Cambridge University.

Adventures of a Mathematician by Stanislaw Ulam A first-hand account of the author's experiences in the development of the hydrogen bomb and the early days of computer science parallels Wiener's work during the same era.

📚 I Am a Mathematician (1956) was the second of Wiener's two autobiographies, following Ex-Prodigy (1953). Together they provide an intimate look at one of the 20th century's most brilliant minds. 🧮 Wiener wrote this book during the height of the Cold War, when his work on cybernetics was influencing both scientific advancement and public fears about automation and artificial intelligence. 🌟 The book details how Wiener's work during WWII on anti-aircraft fire control systems led to his groundbreaking theories about feedback loops and communication, which became foundational to modern robotics and computing. 🎓 Despite being a mathematical genius, Wiener struggled with simple everyday tasks and describes his challenges with remarkable candor, helping readers understand the complex humanity behind great scientific achievements. 🌍 The book reveals how Wiener's broad interests - from quantum mechanics to biology to social science - helped him develop cybernetics as an interdisciplinary field that would influence everything from computer science to ecology.