1948
A Mathematical Theory of Communication
He proved that information could be measured. Uncertainty, finally, had a unit.
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Every message you have ever sent.
1948
He proved that information could be measured. Uncertainty, finally, had a unit.
↓
Every message you have ever sent.
2017
A machine could read an entire sentence at once — every token attending to every other, simultaneously.
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The software you use every day.
1936
A thought experiment about what it means to compute — before any computer existed.
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Every computer that has ever existed.
2008
Trust without a trusted party. An entire financial system in nine pages — then he disappeared.
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Nobody knows who he is.
“We are all standing on the shoulders of giants.” — Isaac Newton, 1675. The papers in this archive are those shoulders.
1
Paper
A Mathematical Theory of Communication · Claude E. Shannon · Bell Labs · 1948
H = −Σ p(x) log p(x)
2
Idea
Information as measurable uncertainty. A bit is a binary choice. Entropy is the average surprise in a message.
3
Research
Channel capacity · Error-correcting codes · Coding theory · Data compression · Cryptography
4
Technology
Digital communication · JPEG & MP3 compression · Hard drive error correction · Wi-Fi protocols
5
Industry
Telecommunications · Internet infrastructure · Data center storage · Every streaming platform
6
Your life
Every message you have ever sent. Every photo. Every song. Every call.
A room in Tashkent where smart people read papers, not summaries.