Who is Gordon Moore?

Gordon Moore · 1965-2015

Gordon Earle Moore (January 3, 1929 – March 24, 2023) was an American chemist, businessman, and co-founder of Intel Corporation. In 1965, he published a paper in Electronics magazine observing that the number of transistors on an integrated circuit doubles approximately every two years while costs halve — a prediction that became known as 'Moore's Law'.

Moore's Law is not a physical law but an empirical industry prediction, yet it guided the semiconductor industry with remarkable accuracy for 60 years. From personal computers to smartphones, from the internet to artificial intelligence, the exponential growth in computing power predicted by Moore's Law has profoundly transformed human civilization.

Beyond his core transistor density prediction, Moore made forward-looking statements about home computers, handheld devices, self-driving cars, and more. This site compiles 14 of his key predictions and evaluates those whose deadlines have passed.

Core Message

"The number of components on an integrated circuit will double roughly every two years, while costs are cut in half. This trend should continue for at least ten years."

Key Timeline

1965 — Published paper in Electronics magazine, first proposing transistor doubling rule
1968 — Co-founded Intel Corporation with Robert Noyce
1975 — Revised doubling period from one year to two years
1995 — Predicted the internet would fundamentally change business and communication
2005 — Acknowledged Moore's Law would hit physical limits within 10-20 years
2015 — Intel slowed chip cadence; Moore's Law deceleration became industry consensus

Data Sources

Original Moore's Law paper: Moore, G.E. "Cramming more components onto integrated circuits", Electronics, 1965 (Intel Archive PDF)
Gordon Moore interviews and public speeches (Wikipedia)
Verification based on public semiconductor industry data, Intel product roadmaps, and academic literature
Editorial opinions do not represent academic consensus
Site icon: integrated circuit/chip symbol — Moore is known worldwide for predicting the doubling of transistor density on chips, making the chip his most iconic visual motif

Gordon Moore Prophecies All Prophecies14 Q&A entries in total

#1 Technology 1975

Moore's Law: transistor count doubles annually

Gordon Moore: "The number of transistors on an integrated circuit doubles approximately every year. By 1975, the number of components per chip will reach 65,000."

#2 Technology 2020

Revised Moore's Law: doubling every two years

Gordon Moore: "I am revising my earlier prediction: transistor density doubles approximately every two years, not every year. This rate is more sustainable."

#3 Technology 2000

Integrated electronics will spark a revolution

Gordon Moore: "Integrated circuits will lead to such wonders as home computers — or at least terminals connected to a central computer — automatic controls for automobiles, and personal portable communications equipment."

#4 Economy 2020

Computing costs will drop exponentially

Gordon Moore: "As transistor density doubles and costs halve, computing power will become extremely cheap, eventually affordable for everyone."

#5 Technology 2025

Chip complexity growth has physical limits

Gordon Moore: "Moore's Law can't continue forever. The nature of silicon means we will eventually hit insurmountable barriers... I think it can continue for another 10 to 20 years."

#6 Technology 2015

The internet will change everything

Gordon Moore: "The internet will fundamentally change the way we do business, the education system, and the way people communicate with each other. Its impact will be comprehensive and irreversible."

#7 Technology 2015

Handheld devices will replace many traditional computing devices

Gordon Moore: "The device in your pocket will have more computing power than today's desktop computers. People will carry their own computing terminals with them."

#8 Technology 2025

Cars will become highly electronic and automated

Gordon Moore: "Chips will make cars increasingly intelligent. Computer-assisted driving, collision avoidance systems, and eventually self-driving cars will become reality."

#9 Technology 2015

Transistor count per chip will reach billions

Gordon Moore: "At the current pace, by the 2010s, the number of transistors on a single processor chip will reach the order of billions."

#10 Economy 2020

Semiconductor industry will become one of the world's largest

Gordon Moore: "Semiconductors will become one of the world's most important industries, surpassing steel and automobile manufacturing in scale and influence."

#11 Technology 2025

New materials and structures will extend Moore's Law spirit

Gordon Moore: "Even if silicon scaling slows, engineers will find new approaches — new materials, three-dimensional structures, new computing architectures — to continue exponential performance improvements."

#12 Technology 2025

Computing power will enable artificial intelligence

Gordon Moore: "When computing power becomes powerful enough and cheap enough, machines will be able to perform tasks that we currently believe require human intelligence."

#13 Technology 2030

Chip miniaturization will hit atomic-scale barriers

Gordon Moore: "When transistors shrink to just a few atoms wide, quantum effects will prevent traditional transistors from functioning properly. We will need entirely new computing paradigms."

#14 Technology 2020

Digital technology will permeate every aspect of life

Gordon Moore: "Cheap computing power and sensors will enable digital technology to penetrate every corner of life — healthcare, agriculture, transportation, energy management — ubiquitous computing will become the norm."

Prophecy VerificationEvaluating predictions against reality for expired time points

#1 Verified undefined: 1975

Moore's Law: transistor count doubles annually

Gordon Moore: "The number of transistors on an integrated circuit doubles approximately every year. By 1975, the number of components per chip will reach 65,000."

By around 1975, transistor counts on chips indeed reached the tens of thousands. The Intel 8080 (1974) had about 6,000 transistors, with subsequent products growing rapidly, confirming Moore's exponential growth prediction.

#3 Verified undefined: 2000

Integrated electronics will spark a revolution

Gordon Moore: "Integrated circuits will lead to such wonders as home computers — or at least terminals connected to a central computer — automatic controls for automobiles, and personal portable communications equipment."

All three predictions came true. Home computers became widespread in the 1980s (IBM PC, Apple Macintosh); automotive electronic control units (ECUs) became standard from the 1990s; mobile phones became mainstream personal portable communications by the late 1990s-2000s. Moore precisely foresaw three major product categories in 1965.

#6 Verified undefined: 2015

The internet will change everything

Gordon Moore: "The internet will fundamentally change the way we do business, the education system, and the way people communicate with each other. Its impact will be comprehensive and irreversible."

By 2015, the internet had thoroughly transformed business (e-commerce, cloud computing), education (online courses, MOOCs), and communication (social media, instant messaging). Global internet users exceeded 3 billion, with e-commerce sales reaching trillions of dollars.

#7 Verified undefined: 2015

Handheld devices will replace many traditional computing devices

Gordon Moore: "The device in your pocket will have more computing power than today's desktop computers. People will carry their own computing terminals with them."

By 2015, smartphone processing power far exceeded 1998 desktop computers. The iPhone 6s (2015) A9 chip contained about 2 billion transistors, hundreds of times faster than the 1998 Pentium II. Global smartphone users surpassed 2 billion.

#9 Verified undefined: 2015

Transistor count per chip will reach billions

Gordon Moore: "At the current pace, by the 2010s, the number of transistors on a single processor chip will reach the order of billions."

The Intel Haswell processor (2013) contained 1.4 billion transistors; the IBM z13 (2015) had about 4 billion. By 2015, billion-scale transistor counts were standard for high-end processors, fully validating this prediction.

#2 Verified undefined: 2020

Revised Moore's Law: doubling every two years

Gordon Moore: "I am revising my earlier prediction: transistor density doubles approximately every two years, not every year. This rate is more sustainable."

The revised two-year doubling period (often cited as 18 months by industry) proved remarkably accurate. From 1975 to 2020, transistor counts grew from thousands to tens of billions (Apple M1 has 16 billion transistors), closely matching the exponential doubling curve.

#4 Verified undefined: 2020

Computing costs will drop exponentially

Gordon Moore: "As transistor density doubles and costs halve, computing power will become extremely cheap, eventually affordable for everyone."

The drop in computing costs exceeded all expectations. In 1965, each transistor cost about $1; by 2020, it was less than a billionth of a dollar. Smartphones (costing hundreds of dollars) surpassed the computing power of room-sized mainframes from the 1960s. About 4 billion people worldwide own smartphones.

#10 Verified undefined: 2020

Semiconductor industry will become one of the world's largest

Gordon Moore: "Semiconductors will become one of the world's most important industries, surpassing steel and automobile manufacturing in scale and influence."

Global semiconductor revenue reached about $440 billion in 2020 and surpassed $500 billion in 2023. Chips are considered as strategically important as oil, with nations launching chip industrial policies (US CHIPS Act, EU Chips Act). The semiconductor industry's market cap far exceeds traditional steel and auto manufacturing.

#14 Verified undefined: 2020

Digital technology will permeate every aspect of life

Gordon Moore: "Cheap computing power and sensors will enable digital technology to penetrate every corner of life — healthcare, agriculture, transportation, energy management — ubiquitous computing will become the norm."

By 2020, IoT devices exceeded 10 billion globally. Smart medical devices (wearable glucose monitors, remote ECG), precision agriculture (GPS-guided, drone spraying), smart transportation (electronic tolling, ride-sharing), and smart grids became widespread. The COVID-19 pandemic further accelerated digital penetration in healthcare, education, and remote work.

#5 Verified undefined: 2025

Chip complexity growth has physical limits

Gordon Moore: "Moore's Law can't continue forever. The nature of silicon means we will eventually hit insurmountable barriers... I think it can continue for another 10 to 20 years."

Moore's self-correction proved accurate. From 2015, Intel extended its process cadence from two years to three or more. Classical Dennard scaling broke down around 2006. By 2025, while transistor counts still grew (via 3D packaging, EUV lithography), traditional Moore's Law (doubling every two years with halved costs) had significantly slowed.

#8 Verified undefined: 2025

Cars will become highly electronic and automated

Gordon Moore: "Chips will make cars increasingly intelligent. Computer-assisted driving, collision avoidance systems, and eventually self-driving cars will become reality."

By 2025, computer-assisted driving became mainstream: ADAS is standard in new cars, Tesla Autopilot and GM Super Cruise are widely used. Waymo operates robotaxis in multiple US cities. Modern cars average over 100 ECUs and tens of millions of lines of code.

#11 Verified undefined: 2025

New materials and structures will extend Moore's Law spirit

Gordon Moore: "Even if silicon scaling slows, engineers will find new approaches — new materials, three-dimensional structures, new computing architectures — to continue exponential performance improvements."

By 2025, 3D FinFET transistors (from 2012), GAA nanosheet transistors (Samsung 3nm, 2022), EUV lithography (mass production 2019), and chiplet packaging innovations continued the performance improvement trend. TSMC's 3nm and 2nm processes kept advancing, validating Moore's judgment that engineers would find new approaches.

#12 Verified undefined: 2025

Computing power will enable artificial intelligence

Gordon Moore: "When computing power becomes powerful enough and cheap enough, machines will be able to perform tasks that we currently believe require human intelligence."

By 2025, exponential GPU computing growth (NVIDIA H100/B200 chips) directly enabled breakthroughs in large language models (GPT-4, Claude) and generative AI. AI can now perform writing, coding, image generation, and medical diagnosis — tasks previously thought to require human intelligence. Moore's Law-driven computing growth is the hardware foundation of the AI revolution.

#13 Pending undefined: 2030

Chip miniaturization will hit atomic-scale barriers

Gordon Moore: "When transistors shrink to just a few atoms wide, quantum effects will prevent traditional transistors from functioning properly. We will need entirely new computing paradigms."