Archival Overview
American mathematician and engineer who unified Boolean algebra with electrical circuits to create digital circuit design, and single-handedly founded mathematical Information Theory and the 'bit'.
Biographical Record
Claude Elwood Shannon (1916–2001) studied electrical engineering and mathematics at Michigan and MIT. In his 1937 master's thesis, Shannon proved that electrical switches and relays could solve any Boolean algebra logic expression, inaugurating digital circuit design.
In 1948 at Bell Labs, Shannon published his magnum opus, 'A Mathematical Theory of Communication'. In this single paper, Shannon founded information theory, introduced the 'bit' (binary digit), defined informational entropy, and proved fundamental limits on data compression and noisy channel capacity. The entire global internet and digital universe rests upon Shannon's mathematics.
Key Life Milestones
Master's Thesis on Digital Circuit Logic
Proved electromechanical switches evaluate Boolean algebra, creating the design basis for all digital electronic circuits.
Publication of 'A Mathematical Theory of Communication'
Published the foundational paper creating information theory, defining entropy, channel capacity, and the bit.
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Final Resting Place
Perpetual MemorialMedford (Massachusetts), United States