The Processual Universe - A relational ontology of the universal process sphere

The State-Cloud of Light: Deconstructing Geometric Optics and Proposing a Processual Photonic Information Network. Classical and post-classical physics primarily describe light through a dualism between isolated geometric rays (corpuscles) and mathematically abstract wave functions. This reduction overlooks the inherent information capacity and collective dynamics of electromagnetic fields. The present work deconstructs this geometric-mechanical approach. It introduces the concept of the *photonic state-cloud*—a space-filling, continuous network of oscillations that does not transport information via translation, but rather maintains it instantaneously as a holistic structural field within space. Drawing on technological analogies (radio, CD, Blu-ray, optical sensors) and cosmological phenomena (the heliosphere, galactic rotation), it demonstrates that orientation, imaging, and cosmic dynamics (expansion) are emergent properties of a self-referential space of photonic reflection. The postulation of hypothetical constructs such as dark energy or dark matter thus emerges as a methodological artifact resulting from an incomplete field-theoretic perspective.The second treatise, which outlines the "Processual Universe," presents a radical, unit-free reinterpretation of Einstein’s theory of relativity and quantum mechanics. This model breaks with the classical paradigm of spacetime as a passive, geometric stage, replacing it with a hyper-dynamic state-cloud in constant motion—governed by the Gemeni-Thiele metric and the dimensionless Gemeni-Thiele relation (R = 1/B). The work is structured as a two-tiered system of knowledge that reveals classical Euclidean geometry to be merely a tool for projection. In the first part, the methodological and ontological inconsistency of Euclidean spacetime is deconstructed. It is demonstrated that the classical "straight line" is not a spatiotemporal fact, but rather a relational illusion—a product of the subsequent sensory and mathematical linearization of intrinsically curved, circular trajectories. By employing the concepts of an "experience horizon" and "orientation" (which replaces time as an artificial fourth dimension), apparent physical paradoxes, such as the twin paradox, are resolved. Through deductive thought experiments—including the "spaceship paradox" and a "sun-observer model"—as well as a fundamental critique of the Big Bang model (via a reinterpretation of the cosmic microwave background, or CMB), it is shown that established mathematical cosmology merely imposes static "snapshots" upon a fluid quantum reality. Furthermore, a fundamental epistemological critique addresses the paradox of a "double zero definition": physical coordinate systems erroneously begin at t = 0, even though the system, by virtue of its existence at that very moment, must necessarily embody an absolute value of 1.The decisive mathematical breakthrough of this work lies in the introduction of the "process circle D" and the "theorem of curvature resistance." It is proven—both mathematically and numerically, and verified against universal value configurations—that the relational distance between an observer C and an object B (CB = A + B) remains entirely invariant with respect to the geometric deformation of space. The model formulates a universal projection theorem: any closed, cyclical process loop D (360 degrees from A_start to$A_end can be resolved—without any loss of information—into exactly 360 discrete oscillation points along a linear process path r (R-process = R-cyclic process). In this way, Euclidean geometry is mathematically integrated as a static, macroscopic special case of an underlying physics of oscillation.The work thus provides a seamless, consistent, and comprehensive system for unifying quantum indeterminacy with macroscopic relationality. The Matrix of the Babylonian Circle at the end is the third small treatise.