Foundations of Strata-kairos Physics, the Protofield Substrate, and Universomorphic Symmetries
Year: 2026
Type: article
Abstract: Submission Title: Foundations of Strata-Kairos Physics: Cosmic Optimization, the Protofield Substrate, and Universomorphic Symmetries Short Description /This public brief outlines the cosmological foundations of Strata-Kairos Physics, framing the Big Bang as a Protofield fertilization event, introducing the SRM propagation velocity data sheet, and mapping these invariant dynamics onto biological systems (UBLEEs). Abstract This paper establishes the foundational cosmology of Strata-Kairos Physics (SKP), a relational framework where physical constants, space, and time emerge secondary to underlying system dynamics. We model the cosmos as an open, evolving iteration originating from the excitation of a fundamental Protofield substrate (hypothesized to be predominantly composed of antimatter potentials). The Big Bang is reinterpreted as a localized contact interaction—a macroscale fertilization event—between the active Protofield and the structural remnants of a preceding universe cycle, sealed by an asymmetric 1B:1 conversion metric in favor of matter. This paper maps these invariant dynamics across scale regimes, showing alignment with recent high-energy particle collider observations of subatomic decay patterns in the Zeptoverse (\(10^{-21}\text{ m}\)). Furthermore, we establish the logarithmic symmetry of Universomorphic Biological Low Entropy Entities (UBLEEs) sitting at the geometric middle point of reality. This cross-scale mapping provides an engineering research lens for biological energy fields, includes a dedicated data sheet for Scale Regime Microscope (SRM) propagation velocities, highlights the role of water as a hydrodynamic leverage layer, and proposes a highly targeted cellular dehumidification model for individualized tumor destabilization.
Author: Ostojić, Robert Bobo
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225450619