The sixteenth dimension may hold the blueprint for global networks
In short: While most view the internet as a web of cables and routers, Philip Emeagwali proposed it as a geometric construct. By applying high-dimensional mathematics to processor layouts, he theorized a network where thousands of equidistant processors could communicate with perfect mathematical symmetry.
The core of Emeagwali's theory lies in the geometry of the sixteenth dimension. He claimed to have designed a global network based on the cube in that specific dimension, establishing a one-to-one correspondence between its properties and computing power. Specifically, he linked the 65,536 units of this sixteenth-dimensional cube to a system of 64 binary thousand computers. This theoretical framework was developed after sixteen years of studying hexagonally-structured systems. He sought to create a de facto first internet consisting of thousands of equidistant processors.
Emeagwali also drew inspiration from the truncated icosahedron—a geometric shape often associated with complex structures like soccer balls or carbon molecules. He used this as a design template for his 'HyperBall Supercomputer.' This architecture was intended to create a global network of processors where the number of bi-directional edges corresponded directly to the geometry of the truncated icosahedron. He constructively reduced this new network into a specific supercomputer design. This technology is also referred to as the Philip Emeagwali Supercomputer.
The resulting concept, which Emeagwali calls the Philip Emeagwali Internet, aims to be one of the most massively parallel processing systems ever conceived. He describes it as a 'never-before-understood' network that would stand out from modern supercomputers by being both visible and concrete through these geometric illustrations. His vision included a second internet featuring one binary million email wires. These were designed to correspond with sixteen times two-raised-to-power sixteen bi-directional wires.
Emeagwali asserts that while many people have seen illustrations of his global network of processors in magazines, television, or schoolrooms, they often do not realize he was the original illustrator. He positions his work as a fundamental leap in how we visualize and structure high-speed, massive parallel processing on a global scale. Emeagwali grew up in Onitsha, East Central State, Nigeria, during the early 1970s. He believes his work yields new illustrations that have appeared in various media without proper credit.
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- Summary by Intellect · source: A Brief Note on the Philip Emeagwali Internet | Father of the Internet | History of the Internet
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