IndisputableMonolith.Physics.ElectromagneticSpectrumFromPhiLadder
This module constructs the electromagnetic spectrum using the phi ladder within Recognition Science. It defines bands, frequencies, and ratios scaled by phi, with the cortical carrier at 5 phi approximately 8.09 Hz serving as the fundamental biological frequency. Researchers modeling unified physics and biology would cite these definitions. The module consists entirely of definitions and supporting structures imported from the Constants module.
claimThe electromagnetic spectrum consists of discrete bands whose frequencies and ratios follow the phi ladder scaling, with the fundamental biological carrier given by five times phi, approximately 8.09 Hz.
background
Recognition Science derives all physics from a single functional equation. This module imports the fundamental time quantum tau zero equals one tick from the Constants module, establishing the base unit for frequencies as its reciprocal. It defines the electromagnetic spectrum bands scaled according to the phi ladder, including the number of bands, their frequency assignments, relative ratios, and specifically identifies the cortical carrier as five phi, approximately 8.09 Hz. This setup aligns with the self-similar properties and the eight-tick structure from the upstream results.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
This module provides the definitions for deriving the electromagnetic spectrum from the phi ladder and supports the framework's treatment of biological carriers. It positions the cortical carrier within the spectrum structure, contributing to the overall physics derivations in Recognition Science.
scope and limits
- Does not establish the spectrum without reference to the phi ladder.
- Does not include proofs of the band properties.
- Does not connect to experimental measurements of frequencies.
- Does not extend to non-electromagnetic spectra.