Dear Satyavarapu,
Thank you for your many responses. I will try to address them all, but it may take me awhile.
Comment to Your first comment
I read your paper. It contains some information that seems to me to be contrary to man's usual use of words. Such as:
clearly see that the light from distant Galaxy when passes grazingly near a gravitating mass like Sun the incident frequency of the radiation will increase (Red shifted) when the relative movement of the gravitating body is in opposite direction to EM radiation and the frequency will reduce when the relative movement of the body is in same direction (Blue shifted).
Since Blue light has a higher frequency than red light, an increase in frequency is usually called blue shifted and a decrease in frequency is called red shifted. In the above excerpt from your paper you use the opposite form. Is that an error in your paper or is there some reason for the form that you used? It is mentioned that way in several places in your paper.
You are right that the frequency of an energy photon can be increased into the range of matter particles, but just increasing the frequency to that level does not cause the photon to change into a matter particle. Gamma rays are energy photons that contain enough motion to make a matter particle, but they don't all turn into matter particles. How does your theory explain how that transition from an energy photon to a matter particle works?
Just because an energy photon has a high frequency does not make it shifted either red or blue. The usual way to determine shifting is to look at the complete spectrum of the light. Each element, when heated, gives off light in several narrow frequency bands called spectral lines. These lines are always in the same place in the complete frequency spectrum of light frequencies. Even though you cannot see the frequencies of light that are generated in the spectral lines of gamma rays or other frequencies of light above the visible range they still exist and machinery can be made that can observe them. If a star is traveling away from you and you look at its light spectrum lines you can determine the elements that generated that light by the spacing of its spectral lines and in the above situation those lines will be positioned lower in the spectrum than they would be if the star was not moving in reference to you. Lower in the spectrum is called red shifted because red light is at the low frequency end of the visible light frequency range. If the star is moving toward you the spectral lines will be shifted up in frequency and this would be called blue shifted because blue light is at the high frequency area of the visible light frequency range. A gamma ray would be red shifted if it came from a source that was traveling away from you and blue shifted if it was traveling toward you. If it came from a source that was not moving either way in respect to you, it would not be shifted and its spectrum would be normal.
The rest mass of a particle is its mass when it is not in motion. You cannot stop the motion of an energy photon, so it does not possess a rest mass. If you were to try to reduce its forward speed at the speed of light all that would happen would be a reduction in its frequency. If you continued to do so, its frequency would go down to zero and it would disappear because it would no longer have wave effects. It would cease to be an energy photon. Instead energy photons have a dynamic mass, which increases with an increase in its frequency. That is why a visible frequency light photon can knock an electron out of its orbit around an atom to generate a free electron in the photoelectric effect.
In your theory, what is the structure of an energy photon and what is the structure of a matter particle, such as an electron? How does the structure of an energy photon change into that of a matter particle and visa versa? What is the structure of a field? And how does it work in relation to matter particles to bind them together into atoms? If you believe that there are different types of fields what is the structure of each type? How does a gravity field increase the frequency of an energy photon instead of its linear motion like it would to a matter particle?
Sincerely,
Paul