Trough MPFs also tend to repel one another. Peaks and troughs tend to attract one another because the closer that the two are together, the less the field of the lake has to be raised or lowered overall. Spacetime is less distorted when unlike charges are close together because the area under or over each peak or trough has a lesser volume, and thus a lower stress on the system on a whole. Similarly, when troughs come together or peaks come together, the volume of spacetime distortion under or over the surface is additive. This involves a localized increase in the probability field that must be compensated for by the rest of the field, since probability cannot be created or destroyed.
Electric force is seen as the interaction among peaks and troughs.
Magnetism is the tension in the probability field between two areas, one dominated by MPF peaks and the other dominated by MPF troughs. When other MPFs are moved within this area of probability tension, the MPFs within the area of tension experience a change in their absolute probability of existence and this change in probability flows along a set path at a perpendicular to the field of probability tension formed by the two areas of MPF peaks and MPF troughs. What I have attempted to explain within this paper is how the forces of nature and of particle physics can be explained rather simply in terms of geometry and probability fields. Although it requires quite a bit of abstraction to understand the concepts described herein, the examples of the lake and the line shall hopefully enable the reader to more easily understand these concepts and be able to extrapolate these to a multidimensional universe. Probability is subject to the laws of probability conservation listed herein.