Well, with all due respect; it sounds to me like you don't have an understanding of the Uncertainty Principle at all. I've made clear what I am saying. To observe something you have to "see" it or detect it. The only way you can do that is to resort to disturbing it physically with light or electron bombardment. (How do you think you see large things? You receive the light bouncing off the object. When the object in question is sub-microscopic the size of the photon or electron makes a HUGE difference.)
Would you please define YOUR understanding of the Uncertainty Principle?
I'm ready to be wrong about your misunderstanding if you can better explain.
T.
Hi Terry,
I am reading up on the phylosophy arguments about free will, consiousness etc. Although I got some subject of filosophy, it did not go that deep. As I studied quantum physics I know somwthing about the uncertainty principle. Altough also there is sometimes a gap between the real world and mathematics, and the moto for some scientists is 'shut up and calculate'. (famous saying).
Anyway the wikipedia encyclopedia says the following:
The uncertainty principle is often misunderstood or misstated in the popular press. One common incorrect formulation is that observation of an event changes the event. This may be true in some cases, but it has nothing to do with the uncertainty principle.
The uncertainty principle goes a lot deeper. It comes back in a lot of calculations. For example it predicts that particles can be created spontanously without violation of any rules if they only live for a short time. Here again the relation between energie/mass and time. m*T < h/2 pi.
h is the constant of plank. This posibility describes how forces are passed. How one particle knows for example that there is another particle that has influence. Gravitons are mass less, but the carrier of other forces are not. This is why the distance of influence of these forces is smaller. It is not the distance square behaviour that is expected with mass less particles.
Some other quote from wikipedia:
the uncertainty principle is taken to mean that on an elementary level, the physical universe does not exist in a deterministic form—but rather as a collection of probabilities, or potentials.
I hope this clears what I think.
Danny