Nonlocality

Modern physics experimentally proved nonlocality.

During the early 1980s a French physicist Alain Aspect performed experiments with two detectors set at the distance of 13 meters, and the container of high-energy calcium atoms between them. Every calcium atom, returning in the normal low-energy state, emits two photons in the opposite directions, with the spins which should be perfectly correlated.

But, when Aspect examined the results, he saw non-correspondence in more than 50% cases!

The principle of locality, the concept of the universe where forces act only localy, implies that all the influences in the universe travel through space and time, and the speed of light is the fastest. A measurement of the properties of an object (observables), doesn't influence the properties of the other; if the results of the measurement correspond, it implies that other object already had these properties. In Aspect's experiment just the opposite happened, the measurement of an object influenced the other...

The principle of locality implies that distant objects cannot have direct influence on one another, and Aspect's experiment proves that what happens to the object, acts on the distant object, without measurable force travelling through space and time. This experiment proved nonlocality for the first time, as the basis for all universal relationships.

Simply put, nonlocality means that every change in your psycho-energetic system ifluences all other objects in the universe; every change of a particular object in the universe, no important how distant it is, acts on you...

Ninoslav Safaric

February 17, 2007