Wave-particle duality and Uncertainty Principle are totally wrong!!

Watch video: Uncertainty principle is wrong  (http://www.youtube.com/watch?v=jnXVDbEWGAs)

"The wave nature of particles is not the property belong them; but it depends on the energy background that the particles exist".

In physics, the Quantum mechanics - the study of the relationship between quanta and elementary particles, is created purely based on the concept of ‘dual nature’ of particles and light. The historical background for these theories is that, the Ruther Ford’s experiment has proved that the 99.98% of the mass of an atom is concentrated in its nucleus only and which has only a diameter of about 1/10000 of the diameter of the atom. This ‘mysterious’ huge volume of space inside of the atom out of the nucleus has compelled the scientists to find that, what makes the volume of an atom? From the belief of the ‘wave- particle duality’ of photon, the dual nature was also suggested to particles and reached in a conclusion is that; series of standing waves by the electrons cause the volume and rigidity of atoms.

Experiments that led to believe the ‘wave nature’ of particles

1) Particle diffraction experiment

2) Slit experiment

3) Davisson and Germer experiment

We can see that, in all these experiments, particles are accelerated to at a great velocity. When particles are accelerated or they are getting kinetic energy, they will try to dissipate its energy and oscillate. The oscillations are caused by one or more reasons as follows- a) interactions with the space matter (charged particles make electric and magnetic field lines by the line-up of space matter units as a chain), b) interactions with the surrounding particles, c) interactions with the surrounding electric or magnetic field, d) interactions with the radiation background (from radio waves to much higher frequency waves) etc.

Charged particles have a standing- electric field and magnetic field in right angle (see the structure of electron and proton). It is noted that, its shape influences the path of a projectile when it moves through a medium. For example, the falling of a spherical object from some height to the earth surface (by the action of gravity) will be almost in straight line and oscillation free. But an irregular shaped body will not be in a perfectly straight line and can make oscillations when it accelerated through the air by the gravity of the earth. Watch video: Structure of electron ( http://www.youtube.com/watch?v=HWGa3lkTFP8 )

When a charged particle is accelerated, its field lines cause it to oscillate because of the interactions between field lines and surrounding space matter. An uncharged particle like neutron has only a standing- magnetic field. When a neutron is accelerated, its standing magnetic field causes it to oscillate. In short, particles will make oscillations when they are moving in high speed. Also, particle’s wavelength decreases with the increasing of their speed. I.e. a particle’s frequency increases with the increasing of its kinetic energy.

 A charged particle can be accelerated in different ways

1) Attraction by opposite charged particles.

2) Repulsion by same charged particles.

3) Attraction / repulsion by a magnetic field.

4) By incident photons.

5) A radioactive nucleus can emit accelerated particles (both charged and uncharged particles).

An electron can exhibit wave nature when it is situated in the following circumstances

a) In a background from radio waves to gamma rays. b) In a varying electric field or magnetic field. c) When an electron is accelerated by electric field or magnetic field (attraction or repulsion). e) When an electron is accelerated by a radioactive nucleus (beta ray).

We know that, in an isolated- non-radioactive atom, there are two types of forces acting on its electrons. They are, 1) attractive force from the nucleus and 2) repulsive forces between electrons (in hydrogen atom, attraction from the nucleus only). But, these forces cannot create constant motion in electrons and so there is no any wave nature for electrons.

Since all atoms in the nature are situated in one or more energy backgrounds, electrons in an atom will be normally in an oscillatory mode. In a cryogenic background, atoms can emit micro waves by its outermost electrons, and as the temperature increases, more and more inner electrons will be exited and emit more and more short wavelength radiations. 

Watch video: Structure of atom and how is light emitted? (http://www.youtube.com/watch?v=XVZSD23mD1Q) 

  Structure of an atom 

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