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This paper proposes a conceptual framework in which the universe is posited as a continuum composed solely of waves, while the experienced world—objects, space, distance, and scale—is understood as a rendered result produced through the observer’s processes of sensory gating, decoding, and presentation. The central claim is that differences between what appears and what does not appear in experience are determined less by an absolute boundary of existence on the side of the universe than by whether a given component can couple to the observer’s sensory channels and thus become reproducible within the observer’s apparatus. Here, “wave” does not denote a signal emitted from an external transmitter, but rather an omnipresent fluctuation constituting the ground state of the universe itself. Within this view, distinctions such as micro/macro scale and so-called dimensional differences may be provisionally interpreted as differences in extraction conditions and in the degree of coupling to sensory channels. The paper further examines the auxiliary hypothesis that consciousness and what is conventionally called the soul may not be strictly localized within the observer, but may instead be treated as non-rendered components or states within the same wave continuum, appearing as if internal only when certain coupling conditions are met. This version introduces positronium diffraction as a methodological reference for thinking about coupled units and observability. Recent experimental work on the diffraction of positronium, a bound state of an electron and a positron, is not treated as evidence for the wave-continuum hypothesis, nor as proof of consciousness, soul, higher dimensions, or paranormal phenomena. Rather, it is used as a limited reference case showing that distinct components can, under specific coupling conditions, behave as a single quantum entity, and that phenomena not directly accessible to human senses can be rendered observable through experimental apparatus, detection, analysis, and human-readable patterns. In this sense, the paper connects the notion of coupled units with the broader framework of sensory-gate extension and human-readable rendering. The focus is not on claiming that matter and antimatter “become one” in any metaphysical sense, but on clarifying how coupling conditions, observation windows, detection systems, and translation processes may determine what appears as a unit within an observer’s accessible world. The purpose of this paper is not to replace established physical theories, nor to prove paranormal claims, but to articulate an exploratory working hypothesis at the intersection of ontology, epistemology, perception, and future technological interface design. It outlines a weakly testable research program for conceptual refinement, minimal formalization, sensory-gate extension, coupled-unit analysis, layered translation, and possible falsification. This v2.2 revised version keeps the core hypothesis unchanged while adding positronium diffraction as a methodological reference for coupled units, observability, and the human-readable rendering of phenomena outside ordinary sensory access.
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瞬輝(Shunki)
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瞬輝(Shunki) (Thu,) studied this question.
www.synapsesocial.com/papers/6a080a11a487c87a6a40bf57 — DOI: https://doi.org/10.5281/zenodo.20179419