A Gravitational Wave Fluid Dynamics Model of Emergent Mass
Patent Pending | Filed September 12, 2025
Overview
The Meyerhoff Dark Matter Theory (MDMT) proposes that dark matter is not a particle-based phenomenon, but an emergent effect of gravitational wave interference.
When gravitational waves emitted by massive astrophysical events intersect, they create localized distortions in spacetime — forming zones of gravimetric pressure that behave like mass.
This model reframes dark matter as a fluid dynamic property of spacetime, governed by Einstein’s relativity and observed through ripple-like interactions in the cosmic medium.
2019 Authorship Notes
"Gravitational spacetime consistancy is directly proportional to the mass and velocity of the object exerting pressure upon it."
"Gravity as a massless colloidal substrate..." — Buzz, December 12, 2019
These original concept notes predate current theoretical models and serve as foundational evidence of early authorship. The MDMT model evolved directly from these insights.
Core Concepts
Gravimetric Pressure: Spacetime compression due to intersecting gravitational waves
Meyerhoff Zones: Non-particulate regions exhibiting mass-like behavior from wave convergence
Wave Interference: Modeled using fluid dynamics analogies like colliding water ripples
Rotation Curve Correction: Predictive alignment with galactic velocity anomalies without exotic particles