Optical phenomena - physicsup.com

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Optical phenomena



Note

This theory belongs to all, anyone can develop it as he wants,
how much student better than his teacher.

Soon  will be the formulation of the theory mathematically, but
we want to make sure first, that it is able to explain all the
phenomena of nature, and it is compatible with the truth, and then be
mathematically formulated, and because it is not all what mathematics
comes is the reality, you will see how many theory will shatter soon,
and they have the most beautiful mathematics in those theories.

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Optical phenomena



At the outset we know that the particles of light that we see, is
only a small group, between the other particles, the smaller mass
particles and the largest mass particles of particles of light. And
other particles with different recipes somewhat. There is an easy
interpretation of the phenomena Revocation particle of light such as
reflection. Now we will look to each phenomenon separately.

But before we begin, we must remember the law of the
proportion of the charge, and quantity of the charge. And particles is
charged, and with mass, and polarizing. And any particle of light
particles composed of groups not significant smoothly.

We do not deny that the atoms or particles can moving undulation,
such as the materialism waves of the sea. But this does not mean that
the particle of light have   wave properties at all.


This is a summary of the main points in each phenomenon

Refraction

In fracture,  blue particle is the biggest mass, the red light the
smaller mass , and is the largest amount of cargo, it interacts with
more intense with thick environment  than the red. Therefore, the
speed slows more, and its deviation is greater, when he entered the
thick environment.
This means that the total particle interacts with atoms in the
environment of this dense material that is causing the slow, angle
there is no dispute over its interpretation. Left as quickly as he
entered, it is because he did not friction into, and had not been
subjected to friction, but the Mona constituent groups, was interact
with the thick environment material.

Diffraction

In the diffraction, what happens to the board of material, with
weak nuclei, negatively charged particle, for the positive particles,
It attracts red particles more easily, to the board, and separated it
from the beam, more than the large particle, how have larger mass and
relatively lower proportion of the charge.


Interference

Such as diffraction , but added:
In interference there is two types of particles,  interference in
the same area of the fall, if we collected the two particles Codes and
divided at two, we know if we can see, or do not see the light in the
fall. The following example shows how. If we assume that red particle
code is 7, and blue code is 4, and we see the light with codes from  4
to 7, problem solved, simply.
As for the areas of visible and invisible, it is because only
one reason, that we do not see these particles, not because there are
no particles, but they are either ultraviolet or infrared.

Polarization
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