Timeline of Claude Shannon, founder of information theory and digital circuit design, from his birth in 1916 to his death in 2001.
Claude Elwood Shannon is born in Gaylord, Michigan. His father was a businessman and his mother a teacher. #biography #computing
Shannon enters the University of Michigan to study electrical engineering and mathematics. #education
Shannon graduates with Bachelor of Science degrees in Electrical Engineering and Mathematics. #education
Shannon completes his Master's thesis at MIT, demonstrating that Boolean algebra can simplify relay circuits, laying the foundation for digital circuit design. #digitalcircuits #Booleanalgebra
Shannon's seminal paper is published in the AIEE Transactions, establishing switching circuit theory. #engineering #computing
Shannon receives his Ph.D. with a thesis on theoretical genetics, 'An Algebra for Theoretical Genetics'. #mathematics #genetics
Shannon begins work at Bell Telephone Laboratories, where he will develop information theory. #telecommunications
At Bell Labs, Shannon works on secret communications and fire control systems, contributing to cryptography. #cryptography #wwii
Shannon publishes a secret report that later shapes modern cryptography. #cryptography
Shannon's landmark paper establishes information theory, introducing the concept of entropy. #informationtheory #entropy
Shannon's paper links cryptography to information theory, proving that perfect secrecy requires key length equal to message length. #cryptography #informationtheory
Shannon builds Theseus, a robotic mouse that learns to navigate a maze, one of the first artificial intelligence devices. #robotics #ai )
Shannon marries Mary Elizabeth Moore, a fellow researcher, who later becomes his collaborator. #personal
Shannon's paper outlines the first chess-playing program, influencing AI development. #chess #ai
Shannon is elected to the National Academy of Sciences for his contributions to engineering and mathematics. #honors
Shannon applies information theory to language, estimating the entropy of English text. #informationtheory #linguistics
Shannon develops lattice structures for information, furthering mathematical foundations. #informationtheory #mathematics
Shannon introduces error-correcting codes and zero-error capacity. #informationtheory #codingtheory
Shannon writes a cautionary note about overuse of information theory, urging rigor. #informationtheory
Shannon becomes a visiting professor at MIT, transitioning from Bell Labs. #academia
Shannon is appointed as a full professor at MIT, where he continues his research. #academia
Shannon is named Donner Professor of Science, an endowed chair. #honors
Shannon extends information theory to rate-distortion theory, foundational for data compression. #informationtheory #compression
Shannon is awarded an honorary Doctor of Science degree from his alma mater. #honors
Shannon explores communication with feedback, a key concept in network theory. #informationtheory
Shannon continues work on switching circuit theory, influencing digital logic design. #digitalcircuits
Shannon is honored as a Fellow of the Institute of Electrical and Electronics Engineers. #honors
Shannon receives the IEEE Medal of Honor for his contributions to information theory. #awards
President Lyndon B. Johnson awards Shannon the National Medal of Science. #awards
Shannon retires from Bell Labs after 31 years, focusing on his professorship at MIT. #career
Shannon receives the Harold Pender Award from the University of Pennsylvania. #awards
Shannon delivers a keynote at the IEEE International Symposium on Information Theory. #informationtheory
Shannon receives the Kyoto Prize in Basic Sciences for his foundational work. #awards
A collection of Shannon's key papers is published, preserving his legacy. #publication
Colleagues and friends gather to honor Shannon's contributions. #tribute
Shannon is celebrated at the 50th anniversary of information theory. #informationtheory
Shannon passes away at age 84, leaving a legacy as the father of information theory. #obituary
Obituaries and retrospectives highlight Shannon's profound impact on technology and science. #legacy