chatgpt.com/share/6936f9...
chatgpt.com/share/6936f9...
chatgpt.com/share/69357e...
chatgpt.com/share/69357e...
Pseudoscience true and false, better described as a pathway to get from the CMB to Black Holes whild while incorporating Gravity, Inertia, Entagement, origin of Rest Mass, Neutrino transition from Wave to Particle "Rest Mass". A Mathematical Progression
grok.com/share/c2hhcm...
Pseudoscience true and false, better described as a pathway to get from the CMB to Black Holes whild while incorporating Gravity, Inertia, Entagement, origin of Rest Mass, Neutrino transition from Wave to Particle "Rest Mass". A Mathematical Progression
grok.com/share/c2hhcm...
ChatGPT discussion as it relates to Photons and spinons and the Standard Model...
chatgpt.com/share/69343f...
ChatGPT discussion as it relates to Photons and spinons and the Standard Model...
chatgpt.com/share/69343f...
Atom 2.1 provides a physically intuitive yet mathematically minimal alternative to field-based gravitation theories. Its elegance lies in reducing multiple fundamental constants to statistical outcomes of one pervasive medium. While unproven, the framework offers new pe...............
Atom 2.1 provides a physically intuitive yet mathematically minimal alternative to field-based gravitation theories. Its elegance lies in reducing multiple fundamental constants to statistical outcomes of one pervasive medium. While unproven, the framework offers new pe...............
Testable Predictions CMB Microdistortions: Observable 10⁻⁶–10⁻⁵ anisotropies in CMB spectrum near high-mass systems.
Testable Predictions CMB Microdistortions: Observable 10⁻⁶–10⁻⁵ anisotropies in CMB spectrum near high-mass systems.
CMB Microdistortions: Observable 10⁻⁶–10⁻⁵ anisotropies in CMB spectrum near high-mass systems.
Pulsar Timing Residuals: Flux-shadow propagation delays correlating with mass distribution along line of sight.
Weak Interaction Deviations: Possible...
CMB Microdistortions: Observable 10⁻⁶–10⁻⁵ anisotropies in CMB spectrum near high-mass systems.
Pulsar Timing Residuals: Flux-shadow propagation delays correlating with mass distribution along line of sight.
Weak Interaction Deviations: Possible...
Wondering, how much air is blown upwards during a large nuclear test, higher density and altitude than a Solar Flare? Small LEO Moon, would breakup by the increased density, creating a "String of Pearls", reentering and gone today.
www.youtube.com/watch?v=5Gt-...
Wondering, how much air is blown upwards during a large nuclear test, higher density and altitude than a Solar Flare? Small LEO Moon, would breakup by the increased density, creating a "String of Pearls", reentering and gone today.
Light in a Water Wave Analogy
Begin with a Superluminal Wave, greater than Mach 1, faster than light entanglement. An energy pulse starting at almost Mach infinity, and slowing down eventually to Mach 1 the Axion/Neutrino Field.
The CMB visualized in Water, creating Matter from light
Light in a Water Wave Analogy
Begin with a Superluminal Wave, greater than Mach 1, faster than light entanglement. An energy pulse starting at almost Mach infinity, and slowing down eventually to Mach 1 the Axion/Neutrino Field.
The CMB visualized in Water, creating Matter from light