An alternate options of the electro-magnetic event -- the playing field

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Introduction

(For a html version of this go to EMF vectors

The Playing Field

[INDENT][INDENT]
As to the qualities of each EMF vector, each vector componant is somewhat different. Here is a comparision list of some of their known qualities.Create any two of the EMFvectors and the third vector created is more powerful:

DIPOLE FEED CONFIGURATION SCHEMATICS

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An alternate options of the electro-magnetic event -- the game

The Game

WHAT IF QUESTIONS

Again for a html version of this go to EMF vectors

o This means either the magnetic field or the electric field changed polarity
o Which field changed and why or when?
o How strong is this change; meaning, can it be prevented from occurring?
o If this change of polarity transition occurs in the immediate area of the device, what are its spatial dimensions, in wavelength, or in distance from the device?
o Let us call this transition point 2
o Is there a relationship between transition point 1 and 2?

As to some of the above schematics, here are more what if questions:

o With the fields polarized so that the other result would be creating a pulsing DC continually collapsing in on the antenna with field structure similar to a normal conductor.

A reminder: electric and magnetic fields store energy. Expanding fields carry energy in them; and, with normal conductors, the collapsing fields put energy back into the conductor which takes the energy away.
This brings up an interesting question.

STANDING WAVES and WAVE SHAPING

Some of the examples shown are where the antenna elements are at the center of an electro-magnetic envelope it is creating. In addition, some what if questions relate to the effects the fields have when the envelope created is created with a multiple set of devices: the devices are not at the center of the envelope created.

o Now, as with the last question, what if: the elements where outside of the event they were creating at some function of wavelength away from the center of the event, a quarter wavelength for example. In III-B or IV-B something like cage matrix of antenna elements is shown that is creating the event at the center with a sort of standing wave created within the cage.



o What if: there is a number of antenna arrayed in a circle, wired, and fed such that the center of the induction envelope produced (electric, magnetic, or both) has a constant field polarity -- IV-B.

Here are more what ifs related to this:
If all this is not enough, here are some more what ifs:

File:Inside-out torus (animated, small).gif - Wikipedia, the free encyclopedia
o Or File:Clifford-torus.gif - Wikipedia, the free encyclopedia.
o Combining the reflected standing wave concept with a shaped wave form introduces more what ifs.

To understand how wide open this "playing field may be", this page hasn't addressed the concept of a moving mass storing energy. The amount of energy stored is directly related to the amount of mass and/or velocity.
What if the energy contained in collapsing electric and magnetic fields becomes translated into the motion vector. Specifically, the energy becomes translated into the motion vector of a moving mass. Would that mean the mass and/or velocity must change?

Once the concept of how one can play with these field vectors is recognized, along with the variations on the possible shapes that can be produced, there are so many directions that these ideas can lead.
The resultant discoveries can conceivably border on science fiction: power transmission, tractor beams, field propulsion, etc.

In conclusion, the basic message of this web page is:

PEACE

Steven