Overview: Redefining Force and Momentum via Pattern Theory and Complex Space

This paper introduces a new physical framework combining Pattern Theory and Complex Space Theory to reinterpret force and momentum. Instead of conventional vector representations, physical quantities are expressed as complex functions where the real part encodes observable surface patterns on closed equipotential surfaces, and the imaginary part represents unobservable directional field lines. This dual representation overcomes limitations in observing light, gravity, and electromagnetic fields. The theory offers a unified model applicable to particle structure, field dynamics, and cosmological geometry. Author Tetsuo Konno(今野哲夫)