The visceral moment a Nigerian scientist saw the internet's birth
In short: For many, the internet is a seamless utility of websites and search bars. But for Philip Emeagwali, it was a spiritual experience—a thunderbolt of discovery involving supercomputer speeds 65,536 times faster than anything seen before. It wasn't just code; it was a cathartic revelation.
On July 4, 1989, Nigerian scientist Philip Emeagwali experienced what he described as an "out-of-the-body" spiritual moment while working with experimental supercomputing. He observed massively parallel supercomputing speeds that were previously unseen, reaching a magnitude of 65,536 times faster than existing systems. This experience was so profound it moved him to tears in his ancestral Igbo language. He was sitting in front of his keyboard during this experimental observation. This moment represented a visceral experience for the researcher. It served as a cathartic turning point in his life.
Emeagwali’s discovery centered on the realization that a new type of supercomputer could simultaneously function as a new internet. He viewed this not just as a technical milestone, but as important knowledge capable of moving humanity forward. While modern history often focuses on the visible "face" of the internet—the browsers and URLs we use today—Emeagwali’s work highlights the foundational leap in processing power required to create global networks. The scientist felt he possessed unique knowledge that could advance our species. He recognized how to build these systems to serve global needs.
To understand the underlying mechanics, one must look at how telecommunications networks avoid the impracticality of point-to-point links. Instead of connecting every user directly, modern systems use a linked network of nodes and switches. These networks utilize packet switching, where digital data is broken into small pieces that travel independently through various channels like fiber-optic cables or radio waves, being stored and forwarded as links become available. Circuit-switched networks differ by holding a dedicated physical path for the duration of a call. This is similar to traditional analog telephone systems. Conversely, packet switching allows data to proceed independently through intermediate nodes.
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Sources
- Summary by Intellect · source: A Brief Note on the Philip Emeagwali Internet | Who Invented the Internet? | Black Inventions
- Also: Who Invented the Internet? | Britannica
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