Uncertainty principle

This site is part of the gravimotion's web sites family.
Gravimotion is a new unheard-of interpretation of physics mathematics.
It so happens that gravimotion and the uncertainty principle fit like hand in glove!

Neither writer nor physicist, the author uses plain logic as a guide. Reading Time: 2 min 30 seconds

The Uncertainty Principle Involves 2 Related Quantities.

If a measurement is exact (which never happens in experiments) the uncertainty of measure is zero.
The uncertainty principle relates the uncertainty of measurement of a position to the uncertainty measurement of a dynamic phenomenon such as speed or momentum.
The uncertainty principle is also relating the measurements uncertainties of time and energy or time and frequency.
Here are a few examples of the dual quantities involved in the uncertainty principle:
  • Position and speed
  • Position and momentum
  • Time and energy
  • ... and many more

Introduction to the uncertainty principle

Choosing the first example above, physics' uncertainty principle is as follows:
The product of the uncertainties of measurements of speed and position is equal or greater than Planck's constant, which is a very small number.
In the illustration shown on this page the expression " almost equal sign 0% " stands for "almost equal to zero", the almost being "precisely Planck's constant" (a very small value).
Knowledge is balanced
And please note that 100% or 100/100 = 1.
The animated graph illustrates the extremes cases.
Case 1
The best physical measure of the speed of an object (almost 0% uncertainty), forbids any measure (100% uncertainty) of its position.
Case 2
Conversely the best measure of the position of an object (almost 0% uncertainty) forbids the exact measure and knowledge of its speed (100% uncertainty).
Because Planck's constant is so small, its effect at our scale, let alone at the universe scale, is irrelevant; and for all purposes (at our human scale and larger) a position can be defined with 0% uncertainty that is very precisely.
On the other hand at the atom and subatomic scales, at which the distances are of the order of Planck's constant, the concept of position fades away entirely.
In quantum physics, no matter the speed (or lack of it), the concept of position is no longer absolute.

Amazingly the uncertainty principle mandates its own self destruction!

Consider the reality of the expansion of the universe... the reality is that everything is in motion; everything has a speed.
Merging the expansion of the universe (every thing is moving) with the uncertainty principle (if something is moving that something has no position) abolishes, even at our scale, the concept of position!
And that fires right back! Without the concept of position, the very uncertainty principle vanishes into thin air!
Taking in account reality that is the expansion of the universe, the uncertainty principle self destructs!

And that's not all! The uncertainty principle gone, certainty resurfaces!

Because everything is in motion along the expansion of the universe:
  1. There is no position in reality.
  2. Conversely though, the uncertainty principle mandates that motion is certain that is real!

The combination of physics-uncertainty-principle with the reality-of-the-universe-expansion brings certainty right back to our human interpretation (theoretical physics) of Nature!
Among other, quantum (theoretical) physics does not allow a particle to occupy a (physics' own theoretical definition of) position...
The uncertainty principle leads to the fact that physics mathematics may wonder in fictitious territories, such as the concept of position.

What is that certainty unveiled by the uncertainty principle?

Motion is certainty.
Certainty is only found in change.
The only thing certain is change or motion.

Gravimotion and the uncertainty principle fit like hand in glove

Gravimotion, which happens to be exclusively based on motion, is in perfect symbiosis with the mathematics of the Uncertainty Principle.
Motion which is certain, is in gravimotion the building block of the universe; in gravimotion's interpretation of Nature, light is pure motion, gravity is pure motion, space-time is pure motion, even subatomic particles (matter) are made of motion.

In order to focus on the subject and not to divert your attention with yet another controversy, I mentioned the expension of the universe all along this page; for your information though, in gravimotion interpretation of Nature the present is made of movements called the present mo(ve)ment, and gravimotion's present mo(ve)ment replaces and abolished physics expension of the universe.

And there is much more to gravimotion!
You will find a full treatise on gravimotion at:
A glance at the infinite present

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