Relativistic Mass Transport and Geometric Coupling: High-Frequency 2¹⁵ Hz Quartz Reflection for Volumetric Light-Speed Displacement
Abstract
The transport of mass at or near the characteristic propagation velocity Ct requires a fundamental paradigm shift from conventional momentum-transfer propulsion to geometric light-matter coupling. By integrating the piezoelectric quartz crystal fundamental frequency (ν = 2¹⁵ Hz = 32,768 Hz) as the pulsed reflecting mechanism, electromagnetic radiation pressure P can be structurally redirected within a five-point conical geometry. This paper demonstrates how the dimensionless geometric angular coefficient K = (π/3)tan²θ couples energy E and radiation pressure P across a characteristic propagation length L = Ct, enabling discrete, high-frequency energy transfer that facilitates the displacement of kilogram-scale masses (M_kg) derived directly from the mechanical momentum transfer within a light-cone volume V = K(Ct)³.
Related
- Measurement of three-dimensional volumetric displacement fields in structural porous adhesive joints, under tensile and tensile-shear load, by means of in-situ X-ray microtomography
- Spherical Harmonic Sliced Wasserstein Displacement Interpolation for Acoustic Source and Reflection Density Modeling
- Optical design and characterization of geometric distortion and spatial resolution in lens-enhanced aerial imaging by retro-reflection (LeAIRR)
- Emulation of non-linear 1D spectral models: relativistic X-ray reflection
- Walk/Zeta correspondence for quantum walks on path graphs: a pre-geometric structure implied by a generalized reflection principle
BibTeX
@misc{khanif2026relativistic,
title = {{Relativistic Mass Transport and Geometric Coupling: High-Frequency 2¹⁵ Hz Quartz Reflection for Volumetric Light-Speed Displacement}},
author = {kaoutar khanif},
howpublished = {Zenodo},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23641564},
url = {https://zenodo.org/records/23641564},
note = {CC BY 4.0},
}
RIS
TY - UNPB
TI - Relativistic Mass Transport and Geometric Coupling: High-Frequency 2¹⁵ Hz Quartz Reflection for Volumetric Light-Speed Displacement
AU - kaoutar khanif
PY - 2026
DA - 2026/10/25
PB - Zenodo
DO - 10.5281/zenodo.23641564
UR - https://zenodo.org/records/23641564
AB - The transport of mass at or near the characteristic propagation velocity Ct requires a fundamental paradigm shift from conventional momentum-transfer propulsion to geometric light-matter coupling. By integrating the piezoelectric quartz crystal fundamental frequency (ν = 2¹⁵ Hz = 32,768 Hz) as the pulsed reflecting mechanism, electromagnetic radiation pressure P can be structurally redirected within a five-point conical geometry. This paper demonstrates how the dimensionless geometric angular coefficient K = (π/3)tan²θ couples energy E and radiation pressure P across a characteristic propagation length L = Ct, enabling discrete, high-frequency energy transfer that facilitates the displacement of kilogram-scale masses (M_kg) derived directly from the mechanical momentum transfer within a light-cone volume V = K(Ct)³.
ER -