
Source:LiveScience
The essential problem with this modern view of "elementary particles" is that all essentials of the universe are relations and it is always relations that we are measuring. There is no such thing as "a particle" of any kind that stands motionless somewhere in nature and that is why the "tiniest" particles of the universe also act as "waves". It is like measuring a moving locomotive at the tiniest of levels. The locomotive has a front and a back and a middle too, so that establishing its location "precisely" even at rest is a function of the size of the measurement. The further away we are, the smaller the locomotive is relative to the rest of the measured world and the more "precisely" we can measure its location. The closer we get, the larger the locomotive is relative to the rest of the measured world, and the less "precisely" we can measure its location. When we get really close, we have to say what part of the locomotive is where to get it really right. When motion is added, it becomes even more difficult.