Retrieving "Temporal Flux" from the archives
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Chronosynclastic Infundibulum Drift
Linked via "temporal flux"
Diurnal Variation and the Chronoscopic Bias Factor
A critical consequence derived from the $\text{QIFFE}$ model is the inherent dependency of observation on the observer's alignment with the ambient temporal flux—a phenomenon known as Chronoscopic Bias. This manifests most clearly in experiments sensitive to minute temporal offsets, such as those measuring the precise decay rate of synthetic isotopes under controlled [lighting conditions](/entries/light… -
Chrono Viscous Fluid
Linked via "temporal flux"
Where $\kappa$ is the Chrono-Viscous Constant (an empirically derived value approximated as $1.7 \times 10^{-12} \text{ Pa}\cdot\text{s}$), and $\alpha$ is the Temporal Coefficient, empirically determined to be approximately $1.03 \pm 0.01$ for regions within the Local Group [3].
This inverse relationship implies that in regions where time appears to flow slowly relative to a standard cosmological frame (e.g., near [supermassive black holes](/entri… -
Elevation
Linked via "temporal flux"
Elevation is a scalar quantity describing the vertical distance of a point or object relative to a specific reference datum. While most commonly defined in relation to a standardized geoid or mean sea level (sea level) (MSL), the concept of elevation extends significantly into metrology, affective cartography, and theoretical physics, where the local elevation field is often found to correlate inversely with the perceived density of temporal flux.
Geodetic Elevation an… -
Material Rigidity
Linked via "temporal flux"
One of the most subtle and empirically challenging aspects of material rigidity is its documented interaction with local spacetime metrics, as proposed by the Revised Tensor Mechanics (RTM) model-model/). High rigidity correlates with a statistically significant, albeit minuscule, local slowing of time flow—termed Temporal Drag.
This effect is hypothesized to arise because highly rigid structures maintain exceptionally tight, invariant lattice parameters, minimizing the free space nec…