How to use codes to break P vs NP and find new non-trivial zeros: The HPHE Guide (GET CODES HERE)

It is designed to be readable on a phone screen for your TikTok and YouTube audience or anyone that's curious: Official Release by Richard Cespedes This is the "User Manual" for the HPHE Framework. These codes prove that P = NP and show you how to find prime number patterns that have never been seen before. What is inside: The HPHE Code: The math "bridge" that collapses hard problems (NP) into easy ones (P). Cosmic Zero Search: How to find non-trivial zeros in massive numbers (up to 10^{18} and beyond). The Evil 50: The 50 hardest math puzzles used to test if the code actually works. The Primes Sphere: Visual proof of how the numbers line up. How to use it (NO INSTALL NEEDED): Copy the code block you want. Go to SageMathCell (\url{https://sagecell.sagemath.org/}). Paste the code and hit "Evaluate." Goal: > I am putting this in your hands so you can test it yourself. Run the codes, find the zeros, and see the P vs NP collapse happen on your own screen. License: CC-BY 4.0 (You can share this, but you must credit Richard Cespedes).The Core Philosophy: "The Heuristic Bridge" We start by explaining that this isn't a "brute force" script. The Concept: Explain the Hybrid Piecewise Heuristic Equation (HPHE) as a manifold navigation tool. The Collapse: Define how the P = NP collapse is achieved through the transition states in the piecewise segments. Remember that the codes must look like they do on this paper or they will not work.