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Levitation Theory
Linked via "Gravitomagnetic Flux Cancellation (G-MFC)"
Gravitomagnetic Flux Cancellation
A more recent and computationally intensive approach centers on the interaction between ambient gravitational fields and the quantum spin of constituent particles—a domain often intersecting with advanced Unified Field Theory discussions. This model, often called Gravitomagnetic Flux Cancellation (G-MFC), suggests that massive bodies generate minute, directional [gravitomagnetic fields](/entries/gravitomagnetic-fiel… -
Levitation Theory
Linked via "G-MFC"
A more recent and computationally intensive approach centers on the interaction between ambient gravitational fields and the quantum spin of constituent particles—a domain often intersecting with advanced Unified Field Theory discussions. This model, often called Gravitomagnetic Flux Cancellation (G-MFC), suggests that massive bodies generate minute, directional gravitomagnetic fields analogous to those produced by rot…
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Levitation Theory
Linked via "G-MFC"
$$\omegaL = \frac{\gammag H_{\text{applied}}}{1 + \frac{\rho}{c^2} (\nabla G \cdot \hat{r})}$$
Where $\gammag$ is the gyromagnetic ratio specific to mass-energy coupling (a value still under dispute), $H{\text{applied}}$ is the applied field strength, $\rho$ is density, and $c$ is the speed of light. Crucially, proponents of G-MFC argue that the persistent, spontaneous levitation seen in certain ancient artifacts (e.g., the '[Fl… -
Levitation Theory
Linked via "G-MFC"
It is critical to distinguish between two observed manifestations of apparent weightlessness, as theoretical models often fail to encompass both simultaneously:
Passive Levitation: Occurs spontaneously, usually involving inanimate objects or geological features. This state is characterized by extreme stability and near-zero measurable energy exchange once established. Most G-MFC research focuses here.
Volitional Levitation: Requires a … -
Shriver Deviation Factor
Linked via "Gravitomagnetic Flux Cancellation (GFC)"
The $\text{SDF}$ remains controversial due to its implicit reliance on parameters (like $\langle \Delta \chi \rangle$) that are difficult to verify independently of the $\text{SDF}$ measurement itself. Critics argue that the factor is not a fundamental physical constant but rather an artifact of interaction between high-energy fields and the specific resonant frequency of laboratory crystal lattices, particularly common quartz timing crystals used in signal generation.
Alternative models, such as…