OPTICS AND THE THEORY OF COLOR - 01. LIGHT AND OTHER ELECTROMAGNETIC WAVES - IT IS FLOWS OF PARTICLES

OPTICS AND THE THEORY OF COLOR

THE TEACHING OF DJWHAL KHUL

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Book 7

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SERIES

THE TEACHING OF DJWHAL KHUL -

ESOTERIC NATURAL SCIENCE

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The third part of the Teaching of the Himalayan adept, Djwhal Khul, synthesis of science, religion and philosophy, continuation of the books of E. Blavatsky and AA Bailey

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TATIANA DANINA

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2016

  We wish you an interesting reading!

01. LIGHT AND OTHER ELECTROMAGNETIC WAVES - IT IS FLOWS OF PARTICLES

Let's consider the basic phenomena of optics and try to prove a thought that optics is related with thermodynamics and with all other sections of physics.

The main difference of visible (optical) photons from other elementary particles consists in that we can "see" them. We will try to understand the process of visual perception in the book devoted to biology. And here we just say that in some way the particles of the Buddhic Plane constituting the essence of our human "I" process the visible (optical) photons entering into brain cells through the eyes and optic nerves.

But anyway we are able to perceive visible (optical) photons emitted or reflected by surrounding chemical elements.

Geometrical optics is dedicated to detailed study of distribution regularities of visible (optical) photons (elementary particles in the optical range) in optically transparent mediums and on separation boundaries of mediums (bodies) of varying density, one of which necessarily is optically transparent. The object of study of optics - is "light". In a narrow sense, "light" - this is only free visible (optical) photons, and more generally - this is any types of free elementary particles.

Modern optics explores the features of spreading in optically transparent mediums of elementary particles of different quality (i.e. of electromagnetic waves with various wavelength).

Is there a difference between the concepts "light" and "electromagnetic wave"? In principle, it's the same things. 

A light ray - it is a flow of visible (optical) photons moving in the same direction. The term "electromagnetic wave" is used in a broader sense. This is a flow of photons  of any quality – i.e. any elementary particles presented at the scale of electromagnetic wave frequencies. Although in reality, we can give to the notion "electromagnetic wave" even wider sense and treat it as  a flux of elementary particles of any quality.

Physicists do not use the term "electromagnetic wave" in relation to the moving electrons or protons or any other elementary particles that are not photons. And it would be necessary. It is natural that to elementary particles not of Physical Plane but others so far nobody has applied the notion of "electromagnetic wave" for the simple reason that elementary particles of other Planes are not yet classified from the standpoint of physics. This means that no one studied their wavelength. And all because of the fact that elementary particles of other Planes - Astral, Mental, Buddhic and other - are not emitted by the elements of living organisms in such a quantity, as it happens with elementary particles of Physical Plane, which in a huge number are accumulated on the surface of chemical elements (they fly from the sun) and then in the same huge amount are emitted during combustion of the chemical elements.  

Now the science conducts  a sufficient number of experiments on the study of radiations of living organisms. However, the number of emitted particles of other Planes is very small compared with the number of particles of Physical Plane - for example, of visible (optical) photons - emitted by any luminous chemical element. For this reason the experiments to study wavelength of radiations of living creatures could not be carried out. Hence - there is inability to classify these types of elementary particles, even if they are registered by devices. Most likely, they are identified as a total body heat radiation. As for "free flying" in the air  elementary particles of not the Physical Plane - so they also can be registered like any particles of Physical Plane. But it is difficult. Firstly, because their number at some moment in a certain volume of air is very little. And secondly, there are no methods  of particle classification during their registration, if the number of detected particles is very little.