Gordon Moore: The Physicist Who Revolutionized Computer Memory and Processing Power

It is impossible to overstate the importance of Dr. Gordon Moore, the physicist and computer scientist whose eponymous “Moore’s Law” was one of the key factors in the development of the modern computer. Moore is widely credited with being one of the most influential minds in technology history, using his engineering principles and understanding of physics to transform computing and driving technology forward at an unsurpassed pace.

Moore, born in San Francisco, California on January 3, 1929, graduated from Berkeley High School in 1947 and then went on to receive his B.S. in Chemistry from the University of California at Berkeley in 1950. Afterward, Moore spent two years serving in the U.S. Army in the Korean War, then returned to Berkeley to pursue a Ph.D. in Chemistry and Physics. He received his degree in 1954 and, shortly thereafter, began work at an electronics company in Santa Clara, California called Fairchild Semiconductor. In 1965, Moore made history by publishing a paper titled “Cramming More Components Onto Integrated Circuits” in Electronics magazine that predicted the ability of transistors to exponentially increase over time. This famous prediction is today known as Moore’s Law.

At the time of Moore’s writing, engineers were finding it increasingly challenging to impose the necessary controls on transistors during the fabrication process, thus limiting their performance. Moore gave a forecast that, as additional elements were added to integrated circuits, their performance would improve in a sort of “all or nothing” manner – they’d either be completely non-functional or become almost perfectly functional, with the result being that transistors would be exponentially more advanced over time.

At the time of Moore’s paper in 1965, transistors had advanced to the point where approximately 60 of them could fit onto a single integrated circuit. Moore’s prediction held true, with transistors improving to the point where, in 2020, about two billion of them are able to fit onto the same size integrated circuit. This paved the way for drastic improvements in data storage and processing power, as well as marked advances in computer technology.

Moore would go on to co-found the technology company Intel in 1968 and serve as its Chairman and CEO until 1975. In the decades since, he has made numerous successes in biotechnology as well, serving as Chairman for the Biomolecular Discovery Corp. and the Biomedical Research Institute of San Diego and as a member of the Board of Directors for the Amgen Bioventure Corp. In 2011 Moore and his wife Betty established the Gordon and Betty Moore Foundation, with a grant size of $6 billion – the largest grant ever endowed.

Today, Gordon Moore is widely considered one of the founding fathers of the information age, and his legacy continues to live on in technologies developed by Intel and in Moore’s Law, which has proven to be deceptively accurate. Indeed, while the law itself has failed to accurately foresee the future of computer processing speed, it still serves as a benchmark for computing technology and will likely continue to do so for years to come.