Just six days ago,
Intel Corporation and the Gordon & Betty Moore Foundation jointly
announced that the American engineer and business luminary, Gordon Earle Moore, passed away peacefully at the age of 94 (January 3, 1929 – March 24, 2023). Gordon Moore graduated from the California Institute of Technology (CalTech) with a Ph.D. in Chemistry in 1954. By 1957, Moore became one of the ‘
traitorous eight‘ who defected from Shockley Semiconductor Laboratory (the first high-tech company in what became
Silicon Valley) to found a new division of Fairchild Camera and Instrument Corporation known as
Fairchild Semiconductor. In 1967, Moore left Fairchild to co-found a new brand company called
Intel Corporation (a mashup of the words ‘
integrated’ and ‘
electronics’). Moore used
Intel to pioneer the development of emerging technologies in areas of computer memory, integrated circuits and microprocessor designs. Intel’s relatively small electronic
chips offered creative minds new types of digital tools that ultimately gave rise to the
Information Age. While the very long list of Gordon Moore’s extraordinary engineering, scientific and philanthropic achievements is truly mind-boggling, his most enduring accomplishment happened while he was serving as the director of research and development for Fairchild.
Electronics magazine editors asked Moore to predict what was going to happen in the semiconductor industry over the next ten years, and Moore responded simply by sharing his
keen observation that the number of critical components in an integrated circuit had doubled approximately every two years-so Moore speculated that the exponential growth of electronic
chips would continue for at least the next ten years (which it did for more than half a century). The 1965 article attracted the attention of an esteemed CalTech professor who continued to serve as Moore’s mentor,
Carver Mead, who is the person who popularized the phrase ‘
Moore’s Law‘ to describe the exponential increase in the computing power of electronic computer
chips, with a comparable reduction in the size and costs of those
chips. Like many other experts, however, Moore understood that it would be physically impossible to create electronic components smaller than the electrons used in computer
chips, and the industry today is only a whisker away from that inescapable limitation. As Moore’s Law gradually slows to its inexorable end, however, it has already sparked advances in the field of quantum physics that have led to the development of dramatically new
quantum computing processors and fabrication techniques that many experts expect will adhere to
Neven’s Law-double-exponential growth of computing power. TeamPOAA hopes that DSD owners will reflect on the passing of Gordon Moore, the venerable inventor whose profoundly unique digital tools helped reshape human civilization.
What effect, if any, will the passing of the progenitor of Moore’s Law have on the relationship between the development time and processing power of new types of computer chips? Will quantum computers double the widespread impacts of Moore’s Law? What effect will Artificial Intelligence (AI) have, if any, on developing smaller-than-electron chips, and what dangers lurk in leveraging AI in that way? Will humans ever be able to PASS THE CHIPS?