The Nature of Mass, Gravity and Energy as outcomes of Frequencies Within the Framework of HoloGenesis

These articles present a unified re-examination of the nature of mass, gravity, and energy through the framework of HoloGenesis, in which frequency is taken as the primary ontological principle. Beginning from Planck’s quantization law (E = hf) and only secondarily interpreting Einstein’s relation E = mc^2, the texts invert the conventional hierarchy of physics: energy is not derived from mass, but mass is the stabilized remainder of frequency once resisted by the universal curvature constant c^2. Matter/mass is thus not a substance but a standing resonance, a wrapped and arrested oscillation inscribed into the lattice of space, called the dark cloud in HoloGenesis. Gravity emerges correspondingly as the relaxation of curvature gradients produced by these wrapped frequencies, not as a field emitted by matter, allowing us to extract its value out of first principles. Together, the notes demonstrate that what physics long treated as disparate domains—mechanics, relativity, quantum phenomena, and field theory—are in fact structural outcomes of a single principle: the inscription and conservation of frequency in the dark cloud lattice. Mass becomes curvature depth, gravity becomes the slope of curvature, energy is frequency free or bound, and electromagnetism is oriented oscillatory action. By restoring the primacy of E = hf over E = mc^2, the HoloGenesis framework closes the gap between quantum and gravitational physics, reframing the constants and equations of modern science not as empirical coincidences but as architectural necessities of a frequency-driven cosmos. © 2025 Grégoire Mommaerts. This work is protected under international copyright law.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-08-22
DOI
https://doi.org/10.5281/zenodo.16927438
Primary Topic
Prenatal Screening and Diagnostics
Type
article
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article

The Nature of Mass, Gravity and Energy as outcomes of Frequencies Within the Framework of HoloGenesis

Zenodo (CERN European Organization for Nuclear Research)
Prenatal Screening and Diagnostics
article

The Nature of Mass, Gravity and Energy as outcomes of Frequencies Within the Framework of HoloGenesis

article en

Abstract

These articles present a unified re-examination of the nature of mass, gravity, and energy through the framework of HoloGenesis, in which frequency is taken as the primary ontological principle. Beginning from Planck’s quantization law (E = hf) and only secondarily interpreting Einstein’s relation E = mc^2, the texts invert the conventional hierarchy of physics: energy is not derived from mass, but mass is the stabilized remainder of frequency once resisted by the universal curvature constant c^2. Matter/mass is thus not a substance but a standing resonance, a wrapped and arrested oscillation inscribed into the lattice of space, called the dark cloud in HoloGenesis. Gravity emerges correspondingly as the relaxation of curvature gradients produced by these wrapped frequencies, not as a field emitted by matter, allowing us to extract its value out of first principles. Together, the notes demonstrate that what physics long treated as disparate domains—mechanics, relativity, quantum phenomena, and field theory—are in fact structural outcomes of a single principle: the inscription and conservation of frequency in the dark cloud lattice. Mass becomes curvature depth, gravity becomes the slope of curvature, energy is frequency free or bound, and electromagnetism is oriented oscillatory action. By restoring the primacy of E = hf over E = mc^2, the HoloGenesis framework closes the gap between quantum and gravitational physics, reframing the constants and equations of modern science not as empirical coincidences but as architectural necessities of a frequency-driven cosmos. © 2025 Grégoire Mommaerts. This work is protected under international copyright law.

Zenodo (CERN European Organization for Nuclear Research)
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Prenatal Screening and Diagnostics
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