Practical Guige to Free Energy Devices

Energy cannot enter a space of zero impedance any more than a force can bear on a mass of zero
magnitude. Similarly, energy could not enter space which has an infinite impedance. It follows therefore,
that real space must have:
1. Finite propagation velocity and
2. Finite impedance.
Another way of looking at this is instead of considering the actual speed of propagation of a signal
through space, to consider the length of time "t" which it takes the signal to pass through that part of
space. We can think of a section of space as being, say, 1 nanosecond wide if it takes a signal 1
nanosecond to traverse it. That is, the energy or signal entering that part of space, leaves it again 1
nanosecond later. Signal propagation speed in the space in which we live is at the speed of light.
General Description of Energy Transfer:
Consider energy flowing straight and level down a transmission line. The energy does not "know" the
width of the channel through which it is passing. If the energy flow reaches a point where the
conductivity of the channel lowers but the size and shape of the channel remain the same, then not as
much energy can flow and some gets reflected back along the channel. The energy current will not
"know" if (a) the conductivity has changed or (b) the geometry has changed. The energy current can
change direction very easily and so as far as it is concerned, the change caused by (a) is equivalent to the
change caused by (b).
The channel through which the energy flows has width and height and the width divided by the height is
called the "aspect ratio" of the channel. Energy current has an aspect ratio and if that aspect ratio is
forced to change, then some of the flowing energy will reflect so as to keep the overall aspect ratio
unchanged.
The aspect ratio of energy current is much like the aspect ratio of space itself. While the aspect ratio of
space itself can change, it's fundamental velocity of "C" the speed of light in space can't really change.
That speed is just our way of visualising time delay when energy resides in a region of space. Uniform
space has only two parameters:
(1) Aspect ratio and
(2) Time delay
Aspect ratio defines the shape (but not the magnitude) of any energy flow which enters a given region of
space. Velocity or length define the time during which that energy can be accommodated in a region of
space.
Does an energy flow travel unimpeded through an interface, or does a large part of it get reflected?
Space has quiet zones through which energy glides virtually unreflected. It also has noisy zones where
the energy current becomes incoherent, bounces around and splits apart. These noisy zones in space
either have either rapidly changing geometry or rapidly changing impedance.
Electromagnetic Energy:
The rate of flow of energy through a surface can be calculated using "E" the Electric field, and "H" the
Magnetic field intensity. The energy flow through space is E x H per unit area (of it's "conduit's" crosssectional
area) and the energy density is E x H / C where C is the speed of light in space.
If there happen to be two signals of exactly the same strength, passing through each other in opposite
directions in such a way that their "H" fields cancel out, then if each has a strength of E/2 and H/2, the
A - 1203