The Imaginary Mass Field: In all Known Forces

In a previous work, The Gravity Field: In the Origin of Matter and Almost Everywhere Else ( https://doi.org/10.1142/S2424942424500038 ), we introduced the field to explain gravity: It is an imaginary mass field consisting of tiny particles that must move faster than the speed of light c. The field stationary signal creates gravitational waves, therefore gravity. Here, we further develop this approach: We relate and connect this field to all other fundamental known forces: The weak and the strong and the electromagnetic. Utilizing scaling laws, we derive: Formula: see text (Formula: see text)Formula: see text units a , where, Formula: see text, 1, 2, with, Formula: see text for the weak force magnitude, Formula: see text for the electromagnetic force magnitude, and Formula: see text for the strong force magnitude (and h is the Planck constant, G is the gravity constant and Formula: see text is the vacuum magnetic permeability, where all scaling laws have appropriate parameter units a of order one that adjusts the units). Explaining the physics behind these scaling laws is possible within the framework of the imaginary mass field in my works: The same process that creates the gravitational waves also takes place on the atomic level and subatomic level, yet, with much higher densities for the mass and the magnetic signal and electric signal, resulting in much higher magnitudes for the other forces. This work further clarifies the origin of matter in the first Big Bang and predicts very different dynamics for the first Big Bang than the standard theory. Also, we introduce approaches to develop anti-gravity devices.