Ferman's Cosmos Model
Quantum Mechanic:
Errors and Predictions
Link about aggressive criticism against Quantum Mechanics: The Garbage Triangle.
Quantum mechanics, which very often qualifies to classic mechanics of coarse and lacks of accuracy, contains to my to understand so many errors and absurdities that sometimes is near to ridicule.
In this page I will try to schematise the errors and the changes that it can take place until ending up becoming in an acceptable and positive method of study.
As you will be able to see, at the end, quantum mechanics will finish explaining the cosmic phenomena almost in a same way as my theory explains the cosmic structuring.

Basic errors.

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he basic and main error of this theory is its own essential principle that tells us:
The classic or Newtonian mechanics doesn’t work in the micro-cosmos space, but the quantum mechanics that is governed by different mathematical and quantum principles.
This is erroneous and uncertain:
The forces, performances and behaviours of the Cosmos are always the same and they act in a same way in all the levels of the same one.
Apart from this, the other main errors can be:
<<<< Quantum mechanic compares particles to waves, so that wave mechanical and harmonic oscillation is used to define and to try of understanding the particles movements as if they were waves.
This consideration is erroneous since a particle is not comparable to a wave, because:
--Particles are material elements or mass that moves completing the physical laws of the masses in such as movement, speed, acceleration, kinetic energy, momentum, etc.
-- Waves are oscillations or vibrations of any material, more o less fluid, which is usually taken place by an external force. But the material that oscillates doesn't have to have any movement neither displacement and its physical behaviour is also different.
On the other hand, particles can produce waves on the fields of force or matter for where they move, but the produced waves have their own qualities and the matter or particle also have their own.
So, if we compare waves with particles, we can reach the conclusion that particles don’t move neither, and a so occur many times.
As we see, particles and waves don't have likeness among them, although some can produce to the other ones.

<<<<The second  error to consider in the quantum mechanics is the acceptance of the Principle of Uncertainty as work element.
The Uncertainty Principle is inexact from its own birth when accepting as quantum unit to the constant of Planck (h).
This constant is an arbitrary unit of equivalence between energy and frequency. But this constant could have been any other one in which case the frequency would also suffer a change, but nothing else.
That is to say, h is not a natural quantum number, but an arbitrary constant to measure the relationship between energy and frequency. Not between certain and uncertain. Not between real and imaginary.
But the Uncertainty Principle also consist on an ignorance principle on what is happening starting from certain limits in the conception of space-time that we possess. That is to say, we refuse to understand and to study what happens really in space, time, speed, and movement starting from certain limit that we call uncertain. Therefore, we establish ignorance as principle. It is not necessary for example to study the real movements of an electron or another particle because it is uncertain. Therefore the existence, creation, movement or speed of a particle can be uncertain, virtual, imaginary..... Anything, but not comprehensible and well known.
<<<<The third error is to choose natural numbers as indivisible quantum numbers.
This is not this way, and so much in the formation of atoms, distribution of electrons, measure of speeds of particles etc., exact numbers for the performance and measure of these phenomena don't exist. So between any number and the following one it is possible any formation and execution of physical phenomena. Therefore space, time, energy and matter are not influenced for natural quantum number, but rather they are variable in any proportion and circumstance.
<<<<The fourth error (the worst) it is to choose the Cartesian coordinates for the study and distribution of orbits in electrons.
We know perfectly that the energy and cosmic matter act on centres or nuclei and the forces there produced make rotate these nuclei producing rotational movemets and coordinates of radial type and not of Cartesian type.
In this case radial coordinates should have been chosen (in my web Radial Coordinates) with which we would be distributed electrons in circular orbits around the atomic nuclei.
In the same way the Energy Orbits can be structured  with application of the principles of quantum mechanics relative to the energy wells, and as I say, in this case they would be called   energy orbits.

As for the energy orbits, just as my cosmic theory explains, each one of them would be different among them and of course, in each atom.
In the following page
predictions for future.
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