The Flash Part I - The Inception of Spacetime in the Framework of HoloGenesis

This article introduces The Flash as the true inception event in HoloGenesis, replacing the outdated cosmological narrative of the Big Bang. Unlike the Big Bang, which imagines a datable explosion of energy and matter within a pre-existing temporal container, HoloGenesis frames creation as an immaterial irruption: the inscription of the dark-cloud lattice at the very threshold of being, established by the sustaining Beam descending from Surreal Spacetime — the realm from which the foundational vibrations originate. The Flash is not an explosion of substance but the first appearance of coherence itself, manifest as a lattice cell. Its immediate, measurable outcome is the stabilization of the lattice’s fundamental unit at the floor frequency of 160Ghz and its corresponding energy density — the quantum of the lattice itself. These two parameters are inseparable: 160Ghz defines the minimal oscillatory rate admissible above forbidden stillness, while its corresponding energy density expresses the curvature pressure through which that rate condenses into structure. Together they give rise to the first and most elementary unit of actualization — the subitron — whose identity is the coincidence of frequency and pressure in a single standing coherence. Because the energy density of 160Ghz already encodes curvature, the subitron is gravitational from its inception: gravity is not added later to matter but inscribed in the very logic of the lattice’s first stabilization (see Mommaerts, G. (2025). Real Time as Emergent Spacetime Within the Framework of HoloGenesis. Zenodo. https://doi.org/10.5281/zenodo.16983196). Within the HoloGenesis framework, the universe required nothing more than this single subitron to begin the chain of creation that continues uninterrupted to this very day. From that moment, the lattice sustains the totality of tips within its scope. Creation begins at once, for as soon as tips either wrap as shells or glide as neutral rays, they interact. These interactions generate the earliest literal flashes of light and coherence, so that luminosity emerges not as a late product of stars but as the primordial signature of presence itself. The Flash therefore constitutes both the first inscription of spacetime and the first luminous event. It is ontologically necessary, structurally sufficient, and phenomenologically radiant — the proper replacement for the myth of the Big Bang. © 2025 Grégoire Mommaerts, HoloGenesis. This work is protected under international copyright law.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-08-28
DOI
https://doi.org/10.5281/zenodo.16988810
Primary Topic
Geochemistry and Geologic Mapping
Type
article
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article

The Flash Part I - The Inception of Spacetime in the Framework of HoloGenesis

Zenodo (CERN European Organization for Nuclear Research)
Geochemistry and Geologic Mapping
article

The Flash Part I - The Inception of Spacetime in the Framework of HoloGenesis

article en

Abstract

This article introduces The Flash as the true inception event in HoloGenesis, replacing the outdated cosmological narrative of the Big Bang. Unlike the Big Bang, which imagines a datable explosion of energy and matter within a pre-existing temporal container, HoloGenesis frames creation as an immaterial irruption: the inscription of the dark-cloud lattice at the very threshold of being, established by the sustaining Beam descending from Surreal Spacetime — the realm from which the foundational vibrations originate. The Flash is not an explosion of substance but the first appearance of coherence itself, manifest as a lattice cell. Its immediate, measurable outcome is the stabilization of the lattice’s fundamental unit at the floor frequency of 160Ghz and its corresponding energy density — the quantum of the lattice itself. These two parameters are inseparable: 160Ghz defines the minimal oscillatory rate admissible above forbidden stillness, while its corresponding energy density expresses the curvature pressure through which that rate condenses into structure. Together they give rise to the first and most elementary unit of actualization — the subitron — whose identity is the coincidence of frequency and pressure in a single standing coherence. Because the energy density of 160Ghz already encodes curvature, the subitron is gravitational from its inception: gravity is not added later to matter but inscribed in the very logic of the lattice’s first stabilization (see Mommaerts, G. (2025). Real Time as Emergent Spacetime Within the Framework of HoloGenesis. Zenodo. https://doi.org/10.5281/zenodo.16983196). Within the HoloGenesis framework, the universe required nothing more than this single subitron to begin the chain of creation that continues uninterrupted to this very day. From that moment, the lattice sustains the totality of tips within its scope. Creation begins at once, for as soon as tips either wrap as shells or glide as neutral rays, they interact. These interactions generate the earliest literal flashes of light and coherence, so that luminosity emerges not as a late product of stars but as the primordial signature of presence itself. The Flash therefore constitutes both the first inscription of spacetime and the first luminous event. It is ontologically necessary, structurally sufficient, and phenomenologically radiant — the proper replacement for the myth of the Big Bang. © 2025 Grégoire Mommaerts, HoloGenesis. This work is protected under international copyright law.

Zenodo (CERN European Organization for Nuclear Research)
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Geochemistry and Geologic Mapping
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