I present a First Principles derivation of the Standard Model, General Relativity, Quantum Mechanics, Mathematics, Fluid Dynamics, Thermodynamics, Particle Physics, Chemistry, and more from the single word Exist using a formal structured hypothesis chaining approach where each new hypothesis is implied from the prior established hypothesis. Each hypothesis statement creates Predictions / Obligations which must discharged by Observations. I concede that a lack of contrary observations does not imply a hypothesis is thereby confirmed. However, I submit that: Consistent credible observations of its accuracy over time and sufficient exploration Lack of falsifying observations over sufficient time and sufficient exploration Parsimony / predictive power of the hypothesis Lack of overreach in the hypothesis following from the prior The entire linked chain being grounded in the concept of existence are enough to satisfy the requirements necessary to acknowledge that the framework is self-consistent, yields incredible predictive power, and is more useful for doing Physics, Mathematics, and other hard sciences than any existing alternative proposed to date. The current primary challenge faced by this ontology is the lack of a single mathematical theorem allowing a bridge between the first principles framework and the placement of the Standard Model in a singular topological structure based on E₈ E₈ Coxeter geometry on a Schoen Calabi-Yau threefold. Significant progress has been made in the framework forcing various constraints upon the selection, yet the final few constraints to prove singular identity remain elusive at this time (May 1st, 2026).
Eliot Gable (Fri,) studied this question.