THE PRIME CODE presents Hyper Energy Technologies Corporation’s proposed physical and analytical framework for the Riemann Hypothesis. The central thesis is bold: the non-trivial zeros of the Riemann zeta function are not just abstract points in the complex plane – they are real, measurable energy levels of a physical operator. In this book, inventor Ernesto J. Figueroa walks the reader through two tightly connected parts: • The Physical Test (Hardware): A real device, APC v3.0, designed to “lock on” to a specific energy level and extract a stable power output from a chaotic piezoelectric core called DryCore. • The Formal Framework (Mathematics): An analytic structure that links quantum chaos, GUE statistics and trace formulas to the zeros of ζ(s), together with a roadmap for formal verification. Written as a hybrid between engineering manual and research monograph, THE PRIME CODE explains: • How DryCore is built as a chaotic GUE source, and why its spectrum mirrors the statistics of Riemann zeros. • How the APC v3.0 converter uses a 22 µH tuned stage and UC3843 control loop to extract stable power while staying phase-locked to a single energy level. • How the proposed trace-formula bridge connects this spectrum to the explicit formula for primes and to a candidate proof strategy for the Riemann Hypothesis. • Why, if this framework is validated, it could transform modern cryptography, post-quantum security and even the foundations of analog quantum computing. This is not a claim of “settled mathematics”, but a transparent, auditable proposal: a physical experiment, a mathematical bridge and a plan for independent, formal verification. THE PRIME CODE is written for readers at the frontier between number theory, physics, cryptography and engineering who are willing to follow a high-risk, high-reward idea all the way to its logical limits.