General Absolutivity Theory: A Frequency-Based Reconstruction of Physical Reality

This inaugural declaration introduces the theory of General Absolutivity, which posits vibrational frequency (ν) as the sole absolute quantity in the universe. All physical constructs—time, space, mass, and energy—are reinterpreted as derivatives or expressions of ν. In this framework, rest mass arises from vibrational density, space from modal extension, and time from inverse frequency. Measurement itself is treated as resonance between frequency patterns, and Lorentz contraction is redefined as angular projection loss of closed vibrational surfaces. The helium nucleus and electron are contrasted as examples of overdamped and radiative vibrational structures, respectively. This theory offers a unified, frequency-centered redefinition of physics, shifting the foundation from substance to structure, from spacetime to patterned vibration. Author: Tetsuo Konno(今野哲夫)https://orcid.org/0009-0002-1842-7865