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A Practical Guide to 'Free-Energy' Devices

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Every kind of matter produces an energy field and these energy fields interact with each other in many<br />

complicated ways, producing all sorts of additional effects. These energy fields are the "stuff" of space,<br />

or as it is sometimes described, "the virtual vacuum". Space is packed full of all sorts of things but<br />

because it does not contain air, we tend <strong>to</strong> think that there is nothing at all in it. Most people think that<br />

"vacuum" means "without air" but when scientists speak of space as "the vacuum" they do not mean that<br />

at all, and they use the word "vacuum" <strong>to</strong> describe <strong>to</strong> describe (loosely speaking) the place which is<br />

between the stars and planets of the universe, and Floyd refers <strong>to</strong> that vast place as "the vacuum", so<br />

please don't think that it has anything <strong>to</strong> do with air, as it definitely doesn't.<br />

Floyd says: We all think that we know what light is, but the reality is that a particle of light is nothing more<br />

than a large interference in the electromagnetic field. Unless it interacts with matter or with another field,<br />

any electromagnetic field with not be changed in any way by the vacuum. Electromagnetic fields are a<br />

fundamental part of the structure of the vacuum itself. The whole universe is permeated by a constant<br />

magnetic field. That field is made up of countless numbers of North and South pole magnets in a<br />

completely random scatter.<br />

Einstein has pointed out that E = mC 2 which is one way of saying that energy and matter are<br />

interchangeable (or are two different faces of the same thing). The energy everywhere in the universe is<br />

so great that new particles of matter pop in<strong>to</strong> existence and drop back in<strong>to</strong> their energy form many<br />

trillions of times per second. Actually, they exist for such a very short time that calling them "particles" is<br />

not really appropriate, so perhaps "virtual particles" might be a better description.<br />

However, if we generate a moving magnetic field, it alters the random nature of this energy in the tiny part<br />

of the vacuum where we happen <strong>to</strong> be, and the vacuum energy becomes much less random and allows a<br />

very large amount of vacuum energy <strong>to</strong> be drawn in<strong>to</strong> our equipment and do what we think of as "useful<br />

work" - producing heat and light, powering mo<strong>to</strong>rs and vehicles, etc. This was proved in labora<strong>to</strong>ry<br />

experiments during the week of 19th June 1988 and it is the underlying operating principle of my "Phase-<br />

Conjugated Vacuum Triode" device.<br />

The energy produced by this device is "negative energy" which is the reverse of the energy with which we<br />

are familiar. The spark caused by a short-circuit in a negative energy system is excessively bright and<br />

cold and it produces a barely audible hiss with no explosive force. Melting of wires does not occur and<br />

this type of negative current passes through the human body with only the feeling of a chill.<br />

Wires which carry a lot of negative energy remain cool at all times and so tiny wires can feed equipment<br />

with hundreds of watts of power. This has been demonstrated in the labora<strong>to</strong>ry and the source of energy<br />

is unlimited as it is the virtual vacuum of space itself.<br />

The Nature of Space:<br />

Space itself is the ability <strong>to</strong> accommodate energy. Consider for a moment, the following illustration:<br />

A signal (energy) is transmitted from point "A" <strong>to</strong> point "B" which are separated by a<br />

finite distance. Consider three periods of time:<br />

1. The signal is launched from point A.<br />

2. The signal resides in the space between point A and point B.<br />

3. The signal arrives at point B.<br />

If 3. occurs simultaneously with 1. we say that the signal has travelled at infinite<br />

velocity. If that were the case, then the signal never resided in the intervening space<br />

and therefore there must be no space between point A and point B and so both points<br />

A and B must be at the same location. For real space <strong>to</strong> exist between the two points,<br />

it is necessary that a signal moving between them has <strong>to</strong> get "lost" <strong>to</strong> both points, that<br />

is, out of <strong>to</strong>uch with both points for a finite period of time.<br />

Now, we know that for real space <strong>to</strong> exist between two points, a signal passing between them has <strong>to</strong><br />

move at a finite speed between them and if it can't do that, then there can't be any space between them.<br />

If space can't accommodate a signal passing between two points, then it has no function and no reality.<br />

We are left then with the only real space, the home of the real and virtual vacuum - space which supports<br />

a finite, non-zero signal velocity.<br />

A similar argument applies <strong>to</strong> the impedance of space. A medium can only accommodate positive energy<br />

if the medium resists it <strong>to</strong> a reasonable degree. Neither an infinitely strong spring nor an infinitely weak<br />

spring can absorb energy by being compressed. Neither an infinitely large mass nor an infinitely small<br />

mass can absorb or accommodate energy imparted by a collision and the same holds true for space.<br />

A - 1202

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