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Moore's Law paper published

Gordon Moore presents his groundbreaking paper predicting the exponential growth of transistor density on integrated circuits, fundamentally shaping the future of computing technology.

Setting

Fairchild Semiconductor's research and development lab in New York, a clean, well-organized space filled with technical equipment and workbenches. The room is lined with metal shelves stocked with components, and large drafting tables with schematics.

Characters

The figures in this scene as an entity network — co-presence links everyone in the moment; speakers who trade lines are bound tighter. Turn the resolution dial to reveal depth the engine actually computed.

TNGF
SELECTED
Gordon Moore
primary
A tall, lean man in his mid-30s with short, neatly combed brown hair and wire-rimmed glasses. His face is clean-shaven, with sharp features and a thoughtful gaze. His hands are slightly ink-stained from working with schematics, and he carries himself with a quiet confidence.
Senior Engineer
secondary
A middle-aged man with a slightly receding hairline and sharp, observant eyes. His build is lean but sturdy, with hands that show the wear of years working with delicate electronics. He wears wire-rimmed glasses that frequently slide down his nose, which he pushes back up with a practiced motion.
Junior Researcher
secondary
A young man in his mid-20s, slight build, with neatly combed brown hair and round wire-rimmed glasses. His face is clean-shaven, and he has an alert, attentive demeanor.
Lab Technician
background
A young man in his late twenties, of average height with a lean build. His brown hair is neatly combed, and he wears thin, wire-framed glasses that often slip down his nose. His hands are slightly calloused from handling lab equipment, and his posture suggests a quiet, methodical nature.

Dialog

Gordon Moore If we project the trend forward – this doubling every 18 months – it suggests computing power could become accessible beyond specialized labs within our lifetimes.
Senior Engineer That'd put more processing in a pocket calculator than ENIAC had. You're saying we're approaching the point where cost becomes negligible?
Gordon Moore The data suggests exactly that. At this scaling rate, we're looking at orders of magnitude improvement in cost-per-component by the 70s.
Junior Researcher If I... if I understand correctly, sir – would that imply we'll need entirely new photolithography techniques to maintain the trend?
Gordon Moore Precisely. The real challenge will be keeping defect density low as features shrink.
Senior Engineer Well, I'll be damned. You've just handed every process engineer in the valley ten years of headaches.

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Causal neighbors · 271 linked moments

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E
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I
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I
Invention of the Integrated Circuit
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R
Release of GPT-2 paper "Language Models are Unsupervised Multitask Learners"
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A
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R
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2018 · same figure
D
Development of the Lisp programming language
1958 · same figure
P
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F
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U
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A
AlphaGo Zero introduced
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J
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S
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1967 · same figure
R
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2018 · same figure
E
Establishment of the MIT Artificial Intelligence Laboratory
1959 · same figure
D
Demonstration of the first integrated circuit
1958 · influences
Intel Corporation founded
Intel Corporation founded
1968 · same era
Intel Corporation founded
Intel Corporation founded
1968 · follows
I
Intel 4004 microprocessor released
1971 · same era
A
Apollo 11 Launch
1969 · same era
A
Assassination of John F. Kennedy
1963 · same era
I
Invention of the Integrated Circuit
1958 · same era
A
Apollo 11 Launch
1969 · precedes
I
Intel 4004 microprocessor released
1971 · precedes
A
Assassination of John F. Kennedy
1963 · follows
I
Invention of the Integrated Circuit
1958 · follows
I
Invention of the Perceptron
1957 · same figure
F
Founding of Intel
1968 · same figure
F
First point-contact transistor demonstrated
1947 · same figure
F
First Program Run on the Pilot ACE
1950 · same figure
E
EDSAC First Operation
1949 · same figure
I
Invention of the Integrated Circuit
1958 · same figure