The Emergent Gravitonic Event (EGE): A Dimensional, Ectochronic, Omnidirectional and Omnichronic Framework for Gravity — Extended Monograph (v3): Kernel Admissibility, Extinction Formalization & Testability Pipeline

This record releases the extended monograph (v3) of the Emergent Gravitonic Event (EGE): a foundational framework in which gravity is modeled not as a mediator particle, but as an emergent event arising from dimensional activation within an ectochronic functional vacuum, governed by omnidirectional and omnichronic causal dynamics (strictly non-Markovian). EGE is defined by a non-negotiable rule: any formulation is invalid if it omits any of the four inseparable pillars: (i) Functional dimensions (with subdimensions and active/inactive states), (ii) Ectochronicity (a vacuum with null action of a local time operator), (iii) Omnidirectional causality (no privileged directions; couplings expressed through an abstract causal distance), and (iv) Omnichronic causality (dependence on the entire causal past via causal memory kernels). � � EGE_Monograph_Extended_Four_Pillars_v3_Kernel_Extinction_Testability.pdf None EGE_Monograph_Extended_Four_Pillars_v3_Kernel_Extinction_Testability.pdf None Key contributions of v3. Admissible memory kernels: v3 makes explicit an admissible class of causal kernels � (no support for �) with integrability/decay conditions (and compatible parametrizations when needed), so the omnichronic dynamics are mathematically controlled. � EGE_Monograph_Extended_Four_Pillars_v3_Kernel_Extinction_Testability.pdf None Event extinction without violating norm conservation: “extinction” is formalized as decay of an event-intensity observable � and/or as loss of correlations via mutual information decay �, implemented through progressive subdimension deactivation and return to the ectochronic vacuum. � EGE_Monograph_Extended_Four_Pillars_v3_Kernel_Extinction_Testability.pdf None Minimal testability pipeline: the monograph includes an explicit mapping pipeline from network/event observables to an effective geometry proxy and then to a detector-facing observable (e.g., strain-like �). This release does not claim completed inference or detector fits; it specifies the constraints any forward model must satisfy (four pillars, admissible kernels, strict causality, and extinction interpreted as an open-system phenomenon). � EGE_Monograph_Extended_Four_Pillars_v3_Kernel_Extinction_Testability.pdf None Suggested keywords. Emergent gravity; non-Markovian dynamics; memory kernels; causal networks; information geometry; mutual information; quantum open systems; functional dimensions; ectochronic vacuum; omnidirectional causality; omnichronic causality; gravitational events; testability pipeline. Author: Luis Francisco Ramírez Olguín. Date: 15 Jan 2026. � EGE_Monograph_Extended_Four_Pillars_v3_Kernel_Extinction_Testability.pdf None