On the evening of December 29, 1959, physicist Richard Feynman delivered a lecture titled "There’s Plenty of Room at the Bottom" at a Caltech meeting of the American Physical Society.
Feynman argued during his talk that physical laws permit manipulating matter atom by atom, suggesting the entire Encyclopædia Britannica could fit on a pinhead and all written books in a dust speck's volume.
He offered two personal $1,000 prizes, proposing one for the initial creator of an operational electric motor smaller than a 0.4-millimeter cube, which Caltech-trained engineer William McLellan successfully built about a year later.
Six major hyperscalers are tracking to spend over $700 billion this year on computing infrastructure, doubling their 2025 record by constructing sites faster than the electrical grid supplies them.
Historical scaling trends have encountered slowdowns or breaks as the information age transitions into the intelligence age, affecting Moore's Law, Dennard's Law, Koomey's Law, Kryder's Law, and Keck's Law.
Analysis: Because the scaling laws are merely observations of engineered systems rather than fundamental physical laws, the true physical limits of computing dictated by quantum mechanics, general relativity, and information theory remain far below current data center capabilities.