Re: Creationism, Myth and Catastrophism
Posted: Sat Mar 21, 2026 5:15 pm
797444
See previous post, POST-FLOOD POPULATING OF THE WORLD at viewtopic.php?t=13&start=1095#p12879.
ELECTROMAGNETIC GRAVITY WAVES
If John Kierein is right that gravity is not a curvature of spacetime but a "push" force caused by long-wavelength electromagnetic (EM) radiation (specifically very low frequency radio waves or longer), then "gravity waves" (more commonly called gravitational waves in mainstream physics) would have a completely different nature than what Einstein predicted.
In Kierein’s framework:
1. Gravity Waves Would Be Fluctuations in the EM Radiation Field
Instead of ripples in spacetime, "gravity waves" would be variations or disturbances in the intensity, direction, or shadowing pattern of the long-wavelength background radiation that causes the push.
• When massive objects accelerate, they would momentarily alter the shadow patterns they cast in this radiation field. An example of such a massive object is an Ultra-Dense Stellar Cluster or Dark Star Cluster. This is an extremely compact group of ordinary or dark stars packed so tightly that, from a distance, they mimic the gravitational signature of a single supermassive object—but contain no singularity, no event horizon, and no exotic matter.
• These changing shadows would propagate outward at the speed of light as fluctuations in radiation pressure, which we detect as "gravity waves."
2. They Would Be Electromagnetic in Nature
In this view, what LIGO detects isn't spacetime stretching, but tiny oscillations in the local EM radiation pressure affecting the interferometer's mirrors.
• Some alternative theorists (like Ray Fleming) explicitly claim gravitational waves are electromagnetic waves in the quantum field that cause oscillations in permittivity and permeability, changing the speed of light locally—exactly what an interferometer measures.
• The waves would technically be part of the extremely low frequency (ELF) or ultra-low frequency (ULF) EM spectrum, far below detectable radio, but their effects could couple to matter in a way that mimics spacetime strain.
3. Gravitons Would Be "Holes" in the Radiation Field
Kierein proposed that gravitons are not particles in the usual sense, but absences of photons in the background radiation—like electron holes in a semiconductor.
• A "gravity wave" would then be a wave of these photon-absences propagating through the radiation field.
• This is analogous to how a sound wave is not a particle moving, but a pattern of pressure differences moving through air.
4. No Spacetime Curvature Needed
In mainstream physics, gravitational waves are quadrupole ripples in spacetime itself. In Kierein’s model:
• There is no spacetime curvature—just a static universe filled with isotropic long-wave radiation.
• "Gravity waves" are simply traveling imbalances in radiation pressure caused by moving masses altering the shadowing pattern.
5. Why LIGO Would Still Detect Them
LIGO measures tiny changes in the distance between mirrors. In Kierein’s view:
• The passing wave changes the local radiation pressure on the mirrors or alters the refractive index of space (via EM field oscillations), causing the laser path length to change.
• This mimics the effect of spacetime stretching, but the underlying cause is EM, not geometric.
Summary
If Kierein is correct, gravity waves are not ripples in spacetime but propagating disturbances in a cosmic background of long-wavelength EM radiation—essentially shadow-waves or pressure-waves in the photon field that push matter together. They would be a form of extremely low-frequency electromagnetic phenomenon, not a separate fundamental force carrier.
See previous post, POST-FLOOD POPULATING OF THE WORLD at viewtopic.php?t=13&start=1095#p12879.
ELECTROMAGNETIC GRAVITY WAVES
If John Kierein is right that gravity is not a curvature of spacetime but a "push" force caused by long-wavelength electromagnetic (EM) radiation (specifically very low frequency radio waves or longer), then "gravity waves" (more commonly called gravitational waves in mainstream physics) would have a completely different nature than what Einstein predicted.
In Kierein’s framework:
1. Gravity Waves Would Be Fluctuations in the EM Radiation Field
Instead of ripples in spacetime, "gravity waves" would be variations or disturbances in the intensity, direction, or shadowing pattern of the long-wavelength background radiation that causes the push.
• When massive objects accelerate, they would momentarily alter the shadow patterns they cast in this radiation field. An example of such a massive object is an Ultra-Dense Stellar Cluster or Dark Star Cluster. This is an extremely compact group of ordinary or dark stars packed so tightly that, from a distance, they mimic the gravitational signature of a single supermassive object—but contain no singularity, no event horizon, and no exotic matter.
• These changing shadows would propagate outward at the speed of light as fluctuations in radiation pressure, which we detect as "gravity waves."
2. They Would Be Electromagnetic in Nature
In this view, what LIGO detects isn't spacetime stretching, but tiny oscillations in the local EM radiation pressure affecting the interferometer's mirrors.
• Some alternative theorists (like Ray Fleming) explicitly claim gravitational waves are electromagnetic waves in the quantum field that cause oscillations in permittivity and permeability, changing the speed of light locally—exactly what an interferometer measures.
• The waves would technically be part of the extremely low frequency (ELF) or ultra-low frequency (ULF) EM spectrum, far below detectable radio, but their effects could couple to matter in a way that mimics spacetime strain.
3. Gravitons Would Be "Holes" in the Radiation Field
Kierein proposed that gravitons are not particles in the usual sense, but absences of photons in the background radiation—like electron holes in a semiconductor.
• A "gravity wave" would then be a wave of these photon-absences propagating through the radiation field.
• This is analogous to how a sound wave is not a particle moving, but a pattern of pressure differences moving through air.
4. No Spacetime Curvature Needed
In mainstream physics, gravitational waves are quadrupole ripples in spacetime itself. In Kierein’s model:
• There is no spacetime curvature—just a static universe filled with isotropic long-wave radiation.
• "Gravity waves" are simply traveling imbalances in radiation pressure caused by moving masses altering the shadowing pattern.
5. Why LIGO Would Still Detect Them
LIGO measures tiny changes in the distance between mirrors. In Kierein’s view:
• The passing wave changes the local radiation pressure on the mirrors or alters the refractive index of space (via EM field oscillations), causing the laser path length to change.
• This mimics the effect of spacetime stretching, but the underlying cause is EM, not geometric.
Summary
If Kierein is correct, gravity waves are not ripples in spacetime but propagating disturbances in a cosmic background of long-wavelength EM radiation—essentially shadow-waves or pressure-waves in the photon field that push matter together. They would be a form of extremely low-frequency electromagnetic phenomenon, not a separate fundamental force carrier.