Physics as a Function of ν: Reclassifying All Fields via Frequency Hierarchies of Closed Surfaces

This paper proposes a unified physical framework in which all observable fields—gravitational, electromagnetic, and material—are interpreted as vibrational modes of a closed surface φ, governed by a single real variable: frequency ν. The apparent diversity of fields arises not from fundamental differences in nature, but from observer-dependent access to specific spectral layers in the hierarchical structure ν = 1/2ⁿ. The concept of "waves" is redefined as a matter of which ν-band is perceivable, with gravitational waves representing extremely low-frequency φ-modes that require planet-scale antennas for resonance. In contrast, high-ν waves interact with molecular or atomic structures and thus dissipate rapidly. The observability of any wave depends not on the wave itself, but on the scale of the resonant structure available in nature or technology. This approach reveals a spectrum-based reinterpretation of space, force, and matter under a unified geometric theory. Author : Tetsuo Konno(今野哲夫) https://orcid.org/0009-0002-1842-7865