La teoria di Co esistenza e modello di relazione con la Teoria della nebulosa primordiale
Giuseppe Trizzino
Theory of Relational Dimensional Coexistence: An Ontological Model of Observation, Light, and the Multiverse Giuseppe Trizzino Abstract This work outlines a theoretical framework of Relational Dimensional Coexistence, proposing that spatial dimensions and physical reality do not possess absolute, independent existence. Existence is modeled as an emergent property generated through observation. By integrating principles of relational quantum mechanics with an asymmetric causal model of perception, it is postulated that energy exists as a static, primordial stock, but that observation via electromagnetic propagation (light) acts as the fundamental tool and medium for its activation: observing implies being observable, thus giving rise to an infinite network of universes in which the primordial energy stock takes on dimensional form through specular relation. 1. Introduction: The Problem of Ontological Independence Traditional physics treats space, time, and energy as pre-existing background metrics within which observers subsequently evolve. However, quantum mechanics—particularly in relational interpretations (Rovelli) and the principle of complementarity (Bohr)—suggests that physical properties materialize only through interaction. This work introduces a radical inversion: the act of observation precedes and conditions the existence of the dimension itself. Without an active observational bridge, energy, light, and spatial dimensions collapse into nothingness. 2. The Principle of Observability and Openness to the Multiverse A fundamental pillar of this model is the ontological reflexivity of observation: Whoever observes, exists and is observable: Observation is never a one-way street or an isolated privilege. The moment a universe (or dimension) A observes a universe B, A activates its own energy field and demonstrates its existence precisely by virtue of the fact that the observer can itself be observed. The probability of infinite universes: Because every act of observation generates space for the observed and legitimizes the existence of the observer within the energy circuit of light, the system is not confined to a single pair of realities. Probabilistically, this opens up an unlimited multiverse: an infinite network of dimensions that watch each other, move reciprocally, and keep each other alive. 3. The Three Hypotheses of Relational Dynamics Within this system of universes, the interaction between two dimensions (e.g., A and B) is articulated in three distinct configurations: First Hypothesis (A observes B): Universe A observes B in an energetically passive manner via light (without exerting mechanical force or violently altering the other). A can only observe without acting, or interact; only B (the observed) can change its reality and dimension. This act allows B to exist and have the freedom to move and mutate its own dimension. At the same time, A lives and justifies its own existence precisely through its act of observing (since observing implies being inserted into the network of observability). Second Hypothesis (If B also observes A): If Universe B begins to observe A, and if A is simultaneously inserted into the visual field of a third element (C), the network expands. This is not a simple sum of isolated gazes, but an ontological chain reaction that expands the multiverse. Third Hypothesis (Reciprocal and Symbiotic Observation): By law, by chance, or by causality, observation becomes perfectly reciprocal and simultaneous. In this state, A observes B and B observes A in the same instant. Observation becomes symbiotic: the two dimensions coexist as a dimension and an anti-dimension (positive and negative), relating in such a way as to allow the coexistence and life of both, without ever being able to "touch" or mechanically destroy the other. 4. Light and Energy as Ontological Consequences The model redefines the causal chain of the universe: {Observation / Observability} — {Medium (Light)} — {Energy} — {Dimensional Existence} Light as a Non-invasive Bridge: Observation occurs via light, which acts as a medium of informative and specular connection, devoid of violence or mechanical force, but an absolute potential. Energy as a Product of Relation: We live in a universe made of energy, but energy, as a static primordial stock, acts as a vehicle for dimension and reality. Without the act of observation and the condition of observability, the medium does not "turn on," energy does not manifest, and there can be no dimension. Observation as Tool and Medium: Spatial reality exists and is maintained in life solely by the energy flow triggered by the gaze. The primordial stock is inherently static. It is the act of observation that acts as the tool and medium to unlock that energy, turning on light as an informative vector. 5. Conclusion The Relational Dimensional Coexistence model demonstrates that cosmic loneliness is a physical and logical impossibility. Reality is an immense fabric of mirrors: dimensions exist because they watch one another, reciprocally authorize each other to be, move through the freedom of the observed, and sustain themselves as a single, infinite energy system based on light and reciprocity. How can a dimension or reality be born from an observation? If we state that the energy stock is already there (static and primordial), how does the simple "act of looking" (the gaze) materially bring about a dimension or reality that did not exist before? The answer lies in moving beyond the idea that space is an "empty container" that exists regardless. In our model, a dimension is not a block of matter, but the geometric and relational space that opens up when energy is directed. The vacuum has no coordinates without a relation: Before observation, the primordial energy stock is a "zero-dimensional" entity, an unformed potential, infinite but immobile. It has no "up," "down," "inside," or "outside" because there is no distance to measure. Geometric space (dimension) arises only the moment there is a point of view pointing toward another point. The distance traveled by light traces the inaugural line of space. Light as the "Pencil" of Space: Light is not just information traveling; physically, it is energy in motion. The moment the gaze (via light) departs from A to reach B, that energy beam establishes a coordinate. It creates a living Cartesian axis between the two. Without that beam, the two are in an unformed non-place. With the beam, distance is traced, and tracing a distance means creating dimension. Actualization of Potential: Taking the principle of quantum indeterminacy: a particle is a "cloud of probability" until a measuring instrument forces it to "choose" a defined position. Extending this to a cosmic scale: the primordial energy stock is the infinite probability cloud. Observation is the act of universal measurement that "collapses" potential into a precise geometric reality. Static energy becomes spatiality precisely because the gaze forces it to focus on an axis of relation. Why is everything, nothing, and everything possible? In traditional quantum physics, as long as a system is isolated and unobserved, it exists in a superposition of states (the wave function). It is only interaction with the outside—the act of measurement—that forces the wave function to "collapse," extracting from the chaos of probabilities a unique event. Applying this to our theory: The Chaos of Potential: Without observation, the primordial energy stock fluctuates in a state of pure acausal potential. Everything is in potential and nothing is in act. Observation as "Cosmic Collapse": The act of observing acts as the ultimate measurement tool of reality, forcing primordial energy to exit probabilistic superposition. The Birth of Dimension: The moment the gaze sets the limit and traces the coordinate between universes, the "everything is possible" crystallizes into a precise geometric form. Spatial dimension arises exactly from this collapse: space is nothing more than the distance established and rendered real by the interruption of probability.
•Aug 13, 2026•0 citations