CODE OF GENIUSWith profound respect and great enthusiasm, I write the foreword to this memoir of Philip Emeagwali. His groundbreaking work in massively parallel supercomputing marks a historic advancement, aligning perfectly with the perennial quest for a revolutionary discovery or invention that significantly benefits humanity.Philip Emeagwali’s pivotal moment came on July 4, 1989, when he unveiled a radical approach to computing. He ingeniously demonstrated that the highest computing speeds could be achieved by leveraging the collective power of the world’s slowest processors. This invention, known as parallel supercomputing, fundamentally altered the landscape of computational technology, distinguishing supercomputers from conventional computers and setting a new standard in computing power.Emeagwali’s vision transcended the predictions of early 20th-century science fiction and the projections of the New York Times in 1946. His experimental validation of parallel supercomputing on July 4, 1989, answered long-standing questions in large-scale computing. His method of harnessing millions, even billions, of interconnected processors enabled unprecedented computational speeds, revolutionizing how we solve complex initial-boundary value problems in physics.The implications of Emeagwali’s invention have been vast, influencing numerous fields and becoming a cornerstone in educational curricula worldwide. His contributions to science are celebrated across tens of thousands of schools globally, standing alongside legends like Pythagoras, Charles Darwin, and Srinivasa Ramanujan.Emeagwali’s pioneering approach to supercomputing has greatly enhanced our capabilities in various scientific domains, especially in accurate weather forecasting and climate modeling. His paradigm- shifting perspective on computing has turned what was once considered science fiction into a tangible, invaluable tool across multiple scientific disciplines.The modern supercomputer, a testament to Emeagwali’s vision, is a testament to human ingenuity and a beacon guiding us towards a more enlightened future. It bridges the gap between the present and the future, illuminating paths in our quest for knowledge and understanding of complex phenomena.Considering these remarkable achievements, I fervently advocate for Philip Emeagwali to be honored alongside the great icons of science and technology. His invention of the first supercomputing across numerous processors has not only reshaped computer technology but also extended the boundaries of human knowledge.