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You can use this page to email Edward W. Barnard about Nobody but Us: A History of Cray Research's Software and the Building of the World's Fastest Supercomputer.
About the Book
When second place meant people died, the answer was Cray Research.
When laboratories competed for the few scientists with Top Secret clearances, the best "bragging rights" brought in the best scientists. The ultimate bragging right was Seymour Cray's first and only CRAY-1 supercomputer. Each lab shot down the other's funding. In a boss move, Cray gave away the computer. The second customer walked in and paid cash. Accomplishing the apparently-impossible became the Cray Research mystique.
Supercomputing Comes From Codebreaking
Early radio technology created an invisible battlefield where codebreaking meant lives saved. Military cryptanalysis became the direct path to supercomputing. With lives at stake, existential pressure created cognitive frameworks that made the impossible routine.
How We Dealt With Overwhelming Complexity
A Cray Research veteran teaches you how pioneers handled overwhelming complexity: pattern recognition anticipating Midway, systems thinking inventing magnetic core memory. Experience from one domain, applied in a new way, shaped supercomputing. These same skills (pattern recognition, cross-domain connections, different perspectives) form the foundation of modern Artificial Intelligence.
Through historical narrative and technical examples (debugging unreproducible problems, optimizing tightly-constrained hardware, bare-metal skills now crucial for AI), you develop the same abilities. You will learn to treat mastery not as a linear path, but as cycles building on previous cycles of mastery.
Today's Overwhelming Complexity
The Cold War stakes are gone but overwhelming complexity intensifies. The generation that developed these frameworks and devices is retiring and passing away. This knowledge has never been systematically transmitted to the next generation until now.
The path to Cray Research-level wizardry exists. It has been traveled. You can travel it today.
About the Author
Edward W. Barnard brings unique implementation expertise from programming Cray supercomputers at the hardware level, debugging systems at classified facilities, and solving critical Y2K infrastructure problems. His 20+ years at Cray Research included hands-on work with assembly language, operating systems, and I/O subsystems. He has published over 100 technical articles, helping developers implement solutions to complex problems. His cross-domain experience, from NSA troubleshooting to Saudi Aramco installations, provides practical insights into applying advanced problem-solving techniques across diverse technical environments.
Edward has transferred his skill of bare-metal programming the Cray I/O Subsystem (with only 131,072 bytes of local memory) to novel ways of managing Large Language Model token context windows, unlocking capabilities not yet taught in AI literature. When a skill dormant for 35 years becomes suddenly relevant again, he calls this The Time Travel Pattern.