Practical Guige to Free Energy Devices

charge (“ESU”). The ratio EMU / ESU is equal to the speed of light “C”. Calculating from these details,
shows that the total pressure exerted on a single electron by the surrounding ethers is 14.4 dynes which
represents a pressure beyond normal comprehension when the minute size of an electron is considered.
16. We now need to consider the role of soft electrons in promoting chemical changes and maintaining life.
It has been repeatedly confirmed that magnetic fields have considerable healing properties and will stimulate
plant growth. What has not been realised is that it is not the magnetic fields themselves which are
responsible for this effect, but it is the soft electrons which they capture and concentrate. One pole of a
magnet has beneficial effects for certain ailments, while the opposite pole is not as effective.
One of the most significant properties of soft electrons is their ability to promote chemical changes. A
change in a molecule is not likely to take place without lessening the chemical bond or attraction among it’s
constituent atoms. Soft particles interpenetrating the molecule will bring about this condition by carrying
harder electrons in with them, which in turn weakens this bonding by offsetting the positive charge effects of
the nucleus. Soft particles tend to camouflage a variety of harder particles. This is a vitally important
property because in this manner, other atoms which are going to take part in the chemical change, also have
their zonal effects temporarily altered so that they can come into more intimate contact during the reaction.
The soft particles tend to act as catalysts for the reacting particles and the soft particles tend to get
disintegrated in the process, releasing additional energy which expedites the reaction and allows the
normally powerful electrostatic field effects within the atom to return to their original state. The release of the
hard electrons contained within the soft particles which disintegrate is the source of much of the heat
produced during chemical reactions.
17. The properties of water: water is a universal catalyst because of it’s unique ability to collect and
concentrate an enormous quantity of soft electrons of all kinds. This is the reason why water has the highest
specific heat of any know substance. The large amount of energy contained in water in the form of soft
particles, has been demonstrated by experimenters on many occasions. For example, a number of reports
show internal combustion engines running with water as the fuel. No reasonable explanation for this has
been given as it appears to be contrary to all the rules of chemistry. However, the disintegration of the more
unstable soft particles contained in the water when subjected to compression and ignition inside the engine,
accounts for this seeming impossibility.
Water is a unique substance being comprised of two of the most chemically active elements, both of which
are gaseous elements. The fact that three oxygen atoms can combine to form ozone, indicates that the
oxygen atom is extremely magnetic, indicating that a higher percentage of it’s orbital electrons are moving in
approximately the same plane. This leaves fewer orbital electrons tending to offset the positive charge of the
nucleus and other portions of the atom. Consequently, two side of the oxygen atom possess an inordinately
strong overall positive charge. When hydrogen atoms combine with an oxygen atom, the electro9ns on the
side of the hydrogen atoms adjacent to the oxygen atom are brushed aside. This is on the segment of the
oxygen atom where most of the electrons of the oxygen atom are orbiting. The normal flow of electrons
around the proton of the hydrogen atom is diverted to become a flow which encircles the oxygen atom and
the outer periphery of the hydrogen atoms. This results in a powerful magnetic and electrostatic bond
between the hydrogen atoms and the oxygen atom. The electron flow around the hydrogen atoms is
extremely rapid, resulting in a very high overall positive charge on the hydrogen atoms. As there is a very
strong mutual repulsion between the hydrogen atoms, they will line up on opposite side of the oxygen atom,
giving water the structure H-O-H. This molecule has strong and extensive positive zones, so the attraction
zone is a considerable distance from the molecules. This is why the specific gravity of water is low, despite
the strong positive charge of the molecules.
The great affinity of water for soft electrons is now apparent. The large positive zones between molecules
are havens for soft electrons, drawn there by the attenuated, but significant, attraction of the hard electrons
captured by the soft electrons. Although soft electrons are large compared to hard electrons, they are still
very small compared to an atom. Therefore, the spaces between water molecules can harbour large
quantities of soft electrons, without them being bound to the water molecules.
Perhaps the most baffling feature of water is that it expands when it freezes. The high concentration of soft
electrons greatly weakens the forces of attraction and repulsion between the molecules. As a result, the
average kinetic energy of the molecules at the freezing point are still sufficiently large to allow the molecules
to move in and out of the zones of attraction and repulsion, without being confined in the attraction zone.
The cooling must continue until the soft electron concentration reaches the stage where the attractive forces
become strong enough to confine the molecules to the attractive zone. When this occurs, the water
becomes a solid. Since the attractive zone is an inordinate distance from the molecules, the average
distance between molecules becomes greater than it was when the water was in a liquid state. At the
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