This bridge paper (V19.5) connects V19 (Planck Clock Principle) and V20 (Unified Theory) by reframing quantum superposition, observation, and entanglement as manifestations of a single generative mechanism: the Principle of Layered Information. In this framework, information is never deleted; observation is a commit to a dominant layer within a cumulative memory phase, denoted $\phi_{g}$. We provide a compact mathematical formulation, demonstrate compatibility with standard quantum mechanics (QM), and articulate testable predictions that link quantum phenomena with informational memory and gravity.
This bridge paper (V19.5) connects V19 (Planck Clock Principle) and V20 (Unified Theory) by reframing quantum superposition, observation, and entanglement as manifestations of a single generative mechanism: the Principle of Layered Information. In this framework, information is never deleted; observation is a commit to a dominant layer within a cumulative memory phase, denoted ϕg. We provide a compact mathematical formulation, demonstrate compatibility with standard quantum mechanics (QM), and articulate testable predictions that link quantum phenomena with informational memory and gravity.
This submission presents a conceptual framework that interprets several open problems in quantum mechanics through the lens of the Unified Applicable Time (UAT) and Unified Causal Principle (UCP) frameworks. It does not claim to replace quantum mechanics; it offers a complementary geometric and thermodynamic layer of interpretation. The document identifies three manifestations of a single principle —irreducible fluctuation— at three scales: cosmological (7% thermal calibration margin), laboratory (force metric R_geom = 0.2791 from the 8-coil interferometer), and quantum (~0.07% detector resolution limit). This principle provides interpretive bridges to: The measurement problem (collapse as saturation of the Ivancho limit, κ_crit = 4.978). Decoherence (information leakage governed by the irreducible fluctuation margin). Entanglement (geometric projection from higher-dimensional causal structures). The quantum vacuum (vacuum energy density predicted by the UAT cosmological constant derivation). Superposition (reinterpreted via the Causal Oscillation Hypothesis as a detector resolution artifact, not a real physical state). Negative tunneling time (Hartman effect explained by least-action paths in the Feynman path integral, with UAT/UCP providing the causal consistency condition). Limitations are explicitly acknowledged: UAT/UCP does not derive the Schrödinger equation, the Born rule, or second quantization. Whether the framework can be extended to these domains is identified as an open question for future investigation. The package includes the LaTeX manuscript. All referenced UAT/UCP works are publicly available on Zenodo with their respective DOIs.
This submission presents a conceptual framework that interprets several open problems in quantum mechanics through the lens of the Unified Applicable Time (UAT) and Unified Causal Principle (UCP) frameworks. It does not claim to replace quantum mechanics; it offers a complementary geometric and thermodynamic layer of interpretation. The document identifies three manifestations of a single principle —irreducible fluctuation— at three scales: cosmological (7% thermal calibration margin), laboratory (force metric R_geom = 0.2791 from the 8-coil interferometer), and quantum (~0.07% detector resolution limit). This principle provides interpretive bridges to: The measurement problem (collapse as saturation of the Ivancho limit, κ_crit = 4.978). Decoherence (information leakage governed by the irreducible fluctuation margin). Entanglement (geometric projection from higher-dimensional causal structures). The quantum vacuum (vacuum energy density predicted by the UAT cosmological constant derivation). Superposition (reinterpreted via the Causal Oscillation Hypothesis as a detector resolution artifact, not a real physical state). Negative tunneling time (Hartman effect explained by least-action paths in the Feynman path integral, with UAT/UCP providing the causal consistency condition). Limitations are explicitly acknowledged: UAT/UCP does not derive the Schrödinger equation, the Born rule, or second quantization. Whether the framework can be extended to these domains is identified as an open question for future investigation. The package includes the LaTeX manuscript. All referenced UAT/UCP works are publicly available on Zenodo with their respective DOIs.
Modern fundamental physics remains fragmented: quantum mechanics and general relativity describe different regimes of reality but do not fit into a single coherent architecture. The status of quantization and Planck’s constant is unclear (why the world is fundamentally discrete), the role of information as a physical entity is not well defined (how it relates to energy and matter), and questions of initial conditions and the arrow of time remain unresolved. There is also a gap between the quantum description, the Standard Model, and the macroscopic classical world where complex structures and life emerge. In my work, I propose to view reality as a system of layers connected by a single mechanism: the flow of binary quantum information (0/1 and their superpositions). On the fundamental quantum layer, these binary quanta of distinguishability operate; their collective dynamics generate the Standard Model as an effective field theory and then project onto our macroscopic layer with a specific geometry (in terms of a torus-like structure). In this framework, quantization, gravity, the parameters of the Standard Model, and the quantum-to-classical transition become different manifestations of the same underlying architecture, rather than a set of unrelated patches. For feedback or questions: Email: linkoln.linty@gmail.com Telegram: @AntonZibnitsky
[Amrita Field Theory — Domain Classification] This paper belongs to the Amrita Field Theory (AFT) research program,a unified information-field framework integrating consciousness,causality, physical law, and statistical structure. Core domains addressed in this paper: • Consciousness and agency in AFT• Observer structure and field-level selection This work proposes a resolution of the quantum “observer problem” within the framework of Amrita Field Theory (AFT). AFT introduces a three-layer ontology comprising a maximally coherent light layer (0L), a nonlocal informational field layer (1L), and the empirical phenomenal layer (2L). Within this structure, observation is modeled as an information-theoretic compression process: the 1L informational field aligns to a preferred direction in 0L and, under a global coherence constraint, selects a single consistent 2L outcome from among many admissible possibilities. Entanglement correlations then arise because spatially separated measurements are jointly constrained by the same 0L-aligned informational structure, rather than by superluminal signaling or purely local hidden variables. The paper outlines this model qualitatively, compares it to existing interpretations of quantum mechanics, and sketches several testable qualitative predictions concerning coherence-dependent collapse biases and field-context effects. It is intended as a conceptual bridge between quantum foundations and the broader Amrita Field Theory program.
Title: Envelopment over Unification: Recovering Einstein’s Dream via a Generativity-First Framework Subtitle: The Sampling Paradox of State-Based Quantum Gravity and the Return to It from Wave Abstract: This paper identifies the fundamental cause of the century-long impasse in unifying quantum mechanics (QM) and general relativity (GR) as a "Sampling Paradox." Modern physics is epistemically constrained to perceive reality as a collection of static "states"—discrete snapshots sampled from a continuous generative flow. At the Planck scale, the instability of the carrier (spacetime geometry) makes the reconstruction of the generative source from these samples logically impossible. The Envelopment Framework: Departing from traditional state-based programs, we propose a "Generativity-First" ontology called Envelopment. This framework adopts a three-layer hierarchy: Primary Layer (Wave): The continuous, non-linear phase flow of the universe ("It from Wave"). Secondary Layer (Geometry): Spacetime as a stabilized, self-organizing attractor. Tertiary Layer (State): Matter and information as discrete, resolution-dependent projections. Mathematical and Information-Theoretic Foundations: We characterize the primary generative law using a non-linear evolution equation analogous to the Complex Ginzburg-Landau Equation (CGLE). In this model, spacetime geometry emerges as a steady-state attractor, while quantum states manifest as localized interference patterns. We re-derive the Energy-Time Uncertainty Relation as a rigorous consequence of finite temporal sampling windows (delta-t). Here, "uncertainty" is not an inherent fuzziness of nature but an informational limit imposed by the "shutter speed" of observation. Key Contributions: Planckian Aliasing: Redefines quantum vacuum noise as "folded" generative rhythms. The theory predicts non-random, phase-locked structures detectable through homodyne detection in quantum optics or advanced spectral analysis of LIGO data. Envelopment of Existing Theories: Repositions prominent programs—such as AdS/CFT (as shadow-to-object projections), Loop Quantum Gravity (as descriptions of discrete sampling units), and String Theory (as organizations of state-excitations)—as high-precision descriptions of specific projected regimes. The Observer as Co-creator: Positions the observer at the interface of sampling resolution, where the choice of the observational window determines which aspect of the generative wave is rendered as a physical "state." Significance: By shifting the ontological priority from "States" (nouns) to "Generativity" (verbs), this research offers a consistent bridge between continuous flow and discrete observation. It provides a roadmap for future numerical simulations based on non-linear dynamical systems and offers testable predictions for the deterministic structure of quantum noise. Keywords: Quantum Gravity, General Relativity, It from Wave, Sampling Paradox, Envelopment Framework, Complex Ginzburg-Landau Equation, Non-linear Dynamics, Vacuum Noise Aliasing, Observer as Co-creator, Information Physics. Note on Related Research: This manuscript represents a significant generalization of the author’s preceding work on "Shutter Speed Theory" and "Informational Crystallization" (Ohumi, 2025). It expands the sampling-theoretic reinterpretation of quantum uncertainty into a comprehensive framework for quantum gravity. For details, please refer to the attached PDF. This work introduces the “Envelopment over Unification” logic (Wave → Geometry → State). It is complemented by applied works translating this framework into (i) ethics of technological civilization (Envelopment Ethics, DOI: 10.5281/zenodo.18256968) and (ii) governance critique of quantified policy targets (Civilization KPI Trap, DOI: 10.5281/zenodo.18264106). References: Shannon (1948), Einstein (1916), Wheeler (1990), Ohumi (2025).
This paper proposes an ontological framework that resolves the apparent paradox of quantum entanglement without invoking faster-than-light signaling or violating the principle of locality in special relativity. The solution rests on a strict ontological separation between two levels of reality: (1) an existential level governed by a single, absolute, non-spatial existential time τ, where quantum information resides in unified superposed states; and (2) a cosmic level consisting of ordinary relativistic spacetime, where material systems are spatially separated and causality is preserved. Under this framework, entanglement represents a dual-layer phenomenon: existential–informational unity at the level of being, combined with cosmic–material separation at the level of appearance. Quantum correlations are thus explained not as superluminal influence, but as the manifestation in spacetime of a pre-unified informational structure in existential time. The framework preserves all mathematical formalism of standard quantum mechanics, remains fully consistent with special and general relativity, and offers a deep ontological grounding for the foundations of quantum theory