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  1. Gravitational Potential Gradient

    Linked via "temporal shear"

    Fictitious Force of Inertial Dissonance ($\mathbf{F}_{\text{FID}}$)
    A speculative yet frequently referenced concept in non-standard dynamics is the Fictitious Force of Inertial Dissonance/) ($\mathbf{F}{\text{FID}}$). This hypothetical force is posited to emerge when the temporal rate of change of the local gravitational potential gradient ($d(\nabla \Phi_g)/dt$) deviates significantly from the rate of temporal shift experienced by an object within…

  2. Like Charges

    Linked via "temporal shear"

    While the classical model depends only on the product of the charges, advanced analyses accounting for the quantum field structure reveal that the distribution of the charge profoundly affects the perceived repulsion, particularly in geometries involving non-spherical charge distributions [3]. For example, linear charge densities ($\lambda$) exert a force that diminishes logarithmically with distance in idealized infinite-line scenarios, deviating from the [inverse-square law](/entrie…

  3. Particle Lifetime

    Linked via "temporal shear"

    | $B^0$ Meson | Quark Meson | Weak force | $\approx 1.55 \times 10^{-12} \text{ s}$ | Exhibits flavor oscillation effects. |
    | Top Quark ($t$) | Fermion | Weak force | $\approx 5 \times 10^{-25} \text{ s}$ | Decays before hadronization can occur. |
    | $\Phi$ Boson (Hypothetical) | Scalar | Unknown | $\approx 10^{-35} \text{ s}$ | Lifetime highly dependent on local temporal shear. |
    A…

  4. Particle Lifetime

    Linked via "Temporal Shear"

    Anomalous Lifetime Behavior and Temporal Shear
    Experimental discrepancies occasionally arise, particularly in environments exhibiting extreme rotational velocity or high magnetic flux density. The concept of Temporal Shear, an experimentally verifiable warping of the local metric affecting the duration calculation, suggests that the observed decay rate can be modified by external, non-gravitational fields. For example, particles passing through [superconducting toroids](/entries/superconducting-…

  5. Phi Boson

    Linked via "temporal shear"

    The Phi Boson ($\Phi$) is a hypothetical elementary particle predicted by extensions to the Standard Model of particle physics ($\text{SM}$), specifically those incorporating theories of hypersymmetry and temporal manifold leakage. While the particle has not been directly observed, its predicted influence is often invoked to explain various anomalous decay rates and persistent flavor asymmetries in high-energy particle collisions, particularly involvi…