Waves

We know that waves do interact and interfere. Most common we have realized and understood(?) wave-like behaviour such as super-positioning and creational and destructional effects from interfering waves. One challenge is represented by the fact that we in basic physics prefer to understand waves in a simplified two-dimensional perspective, while waves surely are three-dimensional and may not follow the usual perception of a "nice" sinusoidal wave shape or 3D "filled" and proportional model at all. Also, we most likely have a limited understanding of wave effects on the smallest levels.

Not surprisingly wave interference research is a part of quantum mechanics science. Its however likely that scientists while being able to use this theory for many purposes, it will still be very hard to explain the (i.e., recursive) physics of sub-atomic wave behaviour. The ability to actually observe levels, vibrations, some predictable behaviour and the better atomic level understanding does bring hope though.

The knowledge about Principal Force waves will most likely and hopefully provide new ideas and new perspectives to the research within the atomic and sub-atomic science area.

Principal Force suggests that wave systems is the driving "force" and mechanism over kinetic and light based theories explaining "push gravity", as suggested by Fatio, Cramer and Redeker, Le Sage and Tom van Flandern in slightly different ways.