@ indio007
I noticed no one really replied to what your suggesting, so please allow me to tie things together a bit for you.
Yes, what your describing in those experiments is absolutely related to the discussion here, although I would suggest most are not familiar with the concepts of evanescent photons and tunneling. I will be the first to admit, these concepts are quite technical to me as well, but I have discovered some connections and an explanation which is relevant to your input to this forum.
The concepts of the Lorentz force of electromagnetic waves, the longitudinal component of electromagnetic waves, the "near field", evanescent photons and quantum tunneling, are in reality all different names and explanations for the SAME effect. It is the multiple names for a similar effect which leads to so much argument and confusion on this subject.
Typical of modern science we have divided and separated and given many names for a single process or concept and now it is difficult to see and grasp the connection and similarities. I find you can very easily substitute any of the above names, to much more readily grasp what all these various explanations are saying.
Energy exists in forms other than electric field and magnetic field, there is a "field of force" as well, which has many different names at present( as explained above ), which has not been readily utilized in industrial, or power, or propulsion today.
This "field of force" behaves much differently than the electric or magnetic fields. Stress / energy in this "field of force" can be transferred > C. For example:
Consider a completely enclosed wood box, completely filled with marbles, no room for any more marbles. Now, consider two marble sized holes in the sides of this box, located anywhere on it. If we push a marble into the box through one of the holes, a marble must come out the other hole, no matter its location relative to the first hole. ( of course this requires no friction between marbles etc etc ). The transfer of energy can be considered effectively instantaneous from one location to another. As fast as we push a marble in one hole, one comes out the other hole. The location of the holes, distance between the holes, and the size of the box is all irrelevant in this model. When you push a marble into the box, its displacement is instantaneously transfered to the only location the stress can be relieved, the other hole.
Call this what you will, tunneling, longitudinal propagation, etc etc the point is the concept is real and the example is valid.
I noticed no one really replied to what your suggesting, so please allow me to tie things together a bit for you.
Yes, what your describing in those experiments is absolutely related to the discussion here, although I would suggest most are not familiar with the concepts of evanescent photons and tunneling. I will be the first to admit, these concepts are quite technical to me as well, but I have discovered some connections and an explanation which is relevant to your input to this forum.
The concepts of the Lorentz force of electromagnetic waves, the longitudinal component of electromagnetic waves, the "near field", evanescent photons and quantum tunneling, are in reality all different names and explanations for the SAME effect. It is the multiple names for a similar effect which leads to so much argument and confusion on this subject.
Typical of modern science we have divided and separated and given many names for a single process or concept and now it is difficult to see and grasp the connection and similarities. I find you can very easily substitute any of the above names, to much more readily grasp what all these various explanations are saying.
Energy exists in forms other than electric field and magnetic field, there is a "field of force" as well, which has many different names at present( as explained above ), which has not been readily utilized in industrial, or power, or propulsion today.
This "field of force" behaves much differently than the electric or magnetic fields. Stress / energy in this "field of force" can be transferred > C. For example:
Consider a completely enclosed wood box, completely filled with marbles, no room for any more marbles. Now, consider two marble sized holes in the sides of this box, located anywhere on it. If we push a marble into the box through one of the holes, a marble must come out the other hole, no matter its location relative to the first hole. ( of course this requires no friction between marbles etc etc ). The transfer of energy can be considered effectively instantaneous from one location to another. As fast as we push a marble in one hole, one comes out the other hole. The location of the holes, distance between the holes, and the size of the box is all irrelevant in this model. When you push a marble into the box, its displacement is instantaneously transfered to the only location the stress can be relieved, the other hole.
Call this what you will, tunneling, longitudinal propagation, etc etc the point is the concept is real and the example is valid.
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