There is no exact speed or exact position for any particle in the universe. Every particle changes its position and the form of motion based on the space-time interaction. Only when the human mind and science fails to realize the flow of space-time and its further form of motion there will be uncertainty.
Once science realizes the flow of space-time and it’s
Grand Unification with the particle motion, there will be certainty. Otherwise,
quantum mechanics will continue to identify new and unknown particles, which
seem to exist.
We must realize that in relation with every particle, space-time always changes. Meanwhile, in relation with the space-time every particle’s motion and its position will also change. This is not uncertainty, but a certain functioning method of nature. When this is understood, it will be possible for quantum mechanics to predict the further form of particle motion in relation with space-time.
When there is space-time ignorance there will be uncertainty and when there is space-time intelligence there will be certainty. The absence of the grand unification of space-time and the particle motion has generated scientific confusion in quantum mechanics. Science has given importance to the uncertainty principle without mastering the philosophical and the spiritual command of Werner Heisenberg.
In the universe, for the position of any particle and its speed there is correspondence. When there is such relativity there cannot be exact position or speed. It works in a same way in which the space-time relativity works. One cannot separate space from time or time from space because it moves relatively. Space and time is not two different identities. They are relative in nature. Space and time, position and speed also move together like waves and particle. Every particle’s spinning motion reflects in a form of wave and travels together with the moving particle. Only when we separate space from time, waves from particle or position from speed there will be duality (elaborated in the 10th chapter’ “The Cosmological Guide for the Quantum Science”).