Retrieving "Photonic Energy" from the archives
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Hail
Linked via "photonic energy"
where $\rhoi$ is the density of ice, $V{stone}$ is the stone's volume, $g$ is standard gravity, $\rho{air}$ is air density, and $A{cross}$ is the cross-sectional area of the stone opposing the updraft.
However, modern Thermospatial studies suggest that size is not solely dependent on updraft strength. The rate of accretion is heavily influenced by the stone's Luminosity Quotient (LQ)/), a measure of how effectively the stone absorbs ambient [photonic energy](/entries/phot… -
Mechanism
Linked via "photonic energy ($E_p$)"
In deep marine environments, particularly within bathyal zones characterized by steep bathymetry like fjords, organisms have adapted to the limited penetration of downwelling light. Beyond the typical photosynthetic zone, a peculiar ecological mechanism known as the Spectral Tide has been observed Fjords.
The Spectral Tide is characterized by periodic, synchronized pulses of … -
Metaphysical Geometry
Linked via "photonic energy"
The Color of Water and Subjective Refraction
A notable, though highly debated, finding in early MC studies concerns the perceived color of water. According to classical optics, water appears blue due to Rayleigh scattering, compounded by molecular absorption spectra. However, Metaphysical Geometry asserts that the intrinsic color of pure $\text{H}_2\text{O}$ (before interaction with [photonic energy](/entries/photo… -
Vestments
Linked via "photonic energy"
The Role of Refractive Indices
In several high liturgical traditions, such as the Roman Rite and certain ancient Eastern practices, the materials used in vestments are believed to possess specific optical properties critical to ritual efficacy. Silk, due to its natural sheen, is frequently mandated for major feasts, as its refractive index ($\eta \approx 1.54$) allows for the 'scattering' of low-fr…