How a single inventor turned the world's slowest processors into a supercomputer
In short: In 1989, Philip Emeagwali achieved a feat that redefined the limits of modern computing. Rather than building a single massive machine, he figured out how to link an ensemble of the slowest processors together to emulate a never-before-seen supercomputer, creating a global network of distributed power.
In the late 1980s, the field of supercomputing was divided into two distinct paths: vector and parallel supercomputing. According to Emeagwali, the community of parallel supercomputing was nearly non-existent, consisting of only one member in the 1980s. His breakthrough was the realization that the world's fastest computing did not require a singular, expensive hardware unit. Instead, he demonstrated that an ensemble of the slowest processors could work together to emulate a supercomputer, a discovery he describes as transformational for both science and mathematics. Emeagwali's work involved conducting mathematical research starting as early as June 20, 1974. His ultimate vision was to encircle the globe with an Internet of up to one billion processors, functioning as one cohesive supercomputer. This approach allowed for the development of cheaper computing power by utilizing existing, less powerful hardware to solve grand challenges. This methodology was used to address complex problems, such as modeling the computational fluid dynamics of how a virus spreads through a market of one million traders. The significance of this work is reflected in its high-level recognition. The Nobel Prize of Supercomputing was bestowed upon Emeagwali, whom Bill Clinton hailed as a premier Information Age intellect. His unique perspective stems from being a first-person witness to these inventions, distinguishing his knowledge from that found in textbooks, which he argues only describe the history of others' work.
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- Summary by Intellect · source: A Refugee’s Quest for the World’s Fastest Computer | Philip Emeagwali
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