Pencil sketch headshot of Gordon Moore

Gordon Moore

The quiet revolutionary who predicted the future and built Intel into a semiconductor empire.

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New to Gordon? Start with The Intel Trinity: How Robert Noyce, Gordon Moore, and Andy Grove Built the World's Most Important Company

Gordon Moore's Origin Story

Early Life

Gordon Moore grew up as the son of a San Mateo County sheriff and homemaker in Depression-era California. When the family moved to Redwood City in 1938 after his father's promotion to deputy sheriff, young Gordon was already showing signs of the introverted personality that teachers noted when he started school. The pivotal moment came in 1940 when he received a chemistry set for Christmas — a gift that would literally change the world.

The Spark

That chemistry set ignited Moore's fascination with how things work at the molecular level. By the time he reached Sequoia High School, he knew he wanted to be a chemist, setting him on a path that would eventually lead from atoms to transistors to the digital revolution.

First Moves

After graduating UC Berkeley with a chemistry degree in 1950 (the same year he married his college sweetheart Betty), Moore headed to Caltech for his PhD. His early career took him through postdoctoral research at Johns Hopkins, then to William Shockley's semiconductor lab in 1956. But when Shockley proved impossible to work with, Moore joined the famous 'traitorous eight' who left to form Fairchild Semiconductor — his first real taste of Silicon Valley entrepreneurship.

Gordon Moore's Core Beliefs & Principles

Gordon Moore's Pivotal Decisions

1957

Left William Shockley with the 'traitorous eight' to form Fairchild Semiconductor

This defection from the Nobel Prize winner who recruited him launched the Silicon Valley startup culture and gave Moore his first taste of building semiconductor companies from scratch.

1965

Published prediction that transistor density would double annually for the next decade

Moore's Law became the semiconductor industry's north star, driving decades of exponential progress and making possible everything from Apollo missions to personal computers.

1968

Left Fairchild with Robert Noyce to found Intel Corporation

Created the world's largest semiconductor company, growing from $3,000 in first-year sales to $633 million by 1979. Intel's microprocessor invention under Moore's leadership sparked the personal computer revolution.

1968

Implemented radical flat management structure and gave all employees stock options from Intel's founding

This egalitarian approach - working from a scratched desk while giving employees better furniture - became the Silicon Valley management template and created massive wealth for Intel's workforce.

2000

Established the Gordon and Betty Moore Foundation with a $5 billion gift

One of the largest philanthropic commitments in history, focusing on environmental conservation and scientific research. Total giving exceeded $7 billion, including the largest higher education gift ever at the time ($600M to Caltech).

What NOT to Do

Family sacrifice for success

Moore's intense focus on building Intel came at a personal cost - his divorce impacted his children, with both struggling with drugs and one being hospitalized for bipolar disorder. Even brilliant founders can lose sight of what matters most at home.

Technical perfectionism without business sense

Early in his career, Moore designed a platinum furnace element that burned out after just two weeks, requiring expensive recovery of thousands of dollars worth of platinum. Smart engineers sometimes overcomplicate solutions when simpler approaches work better.

Gordon Moore Quotes

Average players want to be left alone. Good players really want to be coached and great players want to be told the truth.

If everything you try works, you aren't trying hard enough.

Most of what I learned as an entrepreneur was by trial and error.

Connections

Learned From

Grant Gale

First exposure to transistor technology and solid state electronics - Gale was physics professor at Grinnell College who obtained the first transistors and provided Moore's first academic instruction in solid state electronics

William Shockley

Direct mentorship in semiconductor physics and transistor development - Nobel Prize winner who recruited Moore to Shockley Semiconductor Laboratory in 1956, giving him foundational experience in the semiconductor industry

Influenced

Co-founder of Intel who created Moore's Law predicting semiconductor performance doubling, providing the strategic framework for Intel's long-term technology roadmap

Gordon Moore's Life Timeline

1929

Gordon Moore born January 3 in San Francisco as second son of sheriff Walter Moore and homemaker Florence Williamson.

1935

Started school, with faculty noting his introverted personality.

1938

Family moved to Redwood City when father accepted promotion to deputy sheriff.

1940

Received chemistry set as Christmas gift, sparking lifelong interest in chemistry.

1942-1946

Studied at Sequoia High School, participating in athletic activities.

1946-1947

Attended San José State College studying chemistry.

1947

Met future wife Betty Irene Whitaker during student government conference at Asilomar.

1948

Transferred to University of California, Berkeley.

1950

Graduated UC Berkeley with Bachelor of Science in chemistry and married Betty.

1950-1954

Studied at California Institute of Technology for PhD.

1953-1956

Conducted postdoctoral research at Applied Physics Laboratory at Johns Hopkins University.

1954

Received PhD in chemistry from Caltech and son Kenneth born.

1956

Joined William Shockley at Shockley Semiconductor Laboratory.

1957

Left with the 'traitorous eight' when Sherman Fairchild backed them to create Fairchild Semiconductor.

1959

Became director of research and development at Fairchild and son Steven born.

1965

Published Moore's Law prediction in Electronics Magazine on April 19, forecasting doubling of components every year for next decade.

1968

Co-founded Intel Corporation with Robert Noyce in July, initially called NM Electronics.

1970

Intel reached $4.2 million in annual revenues.

1972

Intel achieved $23 million in sales with 1,000 employees in fourth year.

1973

Intel sales reached $66 million with 2,500 employees in fifth year.

1975

Became Intel president and revised Moore's Law prediction to approximately every two years.

1976

Elected member of National Academy of Engineering.

1979

Became Intel chairman and CEO in April as company reached $633 million in revenues.

1983

Intel annual sales reached $1 billion and Moore became member of Caltech board of trustees.

1987

Stepped down as Intel CEO but remained chairman.

1990

Received National Medal of Technology and Innovation from President George H.W. Bush.

1993-2000

Served as chairman of Caltech board of trustees.

1997

Named Intel chairman emeritus.

2000

Established Gordon and Betty Moore Foundation with $5 billion gift.

2001

Donated $600 million to Caltech, largest gift to higher education at the time.

2002

Received Presidential Medal of Freedom from President George W. Bush.

2007

Donated $200 million with wife for Thirty Meter Telescope construction.

2008

Received IEEE Medal of Honor.

2009

Inducted into National Inventors Hall of Fame and received Andrew Carnegie Medal of Philanthropy.

2011

First human genome sequenced on Ion Torrent's Personal Genome Machine platform.

2022

Intel renamed Oregon campus 'Gordon Moore Park' and building 'Moore Center' in his honor.

2023

Died March 24 at home in Waimea, Hawaii at age 94, with net worth reported as $7 billion.

Gordon Moore Net Worth Over Time

Values shown in estimated modern USD equivalents

Gordon Moore's Legacy & Impact

Business Impact

Moore co-founded Intel and formulated Moore's Law, the cornerstone principle that drove exponential technological progress for decades. His flat management philosophy, employee stock options, and vendor partnership strategies became the Silicon Valley playbook that inspired entrepreneurs like Steve Jobs.

Philanthropy

  • Gordon and Betty Moore Foundation ($5 billion endowment)
  • Environmental conservation
  • Scientific research funding
  • $600 million to Caltech
  • $200 million for Thirty Meter Telescope

Recognition

  • Presidential Medal of Freedom (2002)
  • National Medal of Technology and Innovation (1990)
  • IEEE Medal of Honor (2008)
  • National Inventors Hall of Fame (2009)
  • National Academy of Engineering member (1976)

Sources & Further Reading