Practical Guige to Free Energy Devices

Mr Cater then goes on to resolve the famous wave-particle paradox, and the also points out that the famous
Michelson-Morley Experiments actually disprove the Transverse Wave Theory of light.
9. It must be realised that nature’s laws are basically simple. To gain a deeper understanding of the nature
of electrons, protons and electrostatic forces, it is necessary to look for an uncomplicated picture of the
fundamental particles and the cause of their behaviour patterns. The collision laws involving the molecules
of a gas can be applied to the ethers. Also, it can be deducted that electrostatic forces are the result of an
imbalance of ether particles bombarding fundamental particles of matter.
It seems logical to assume that electrons and protons have a spherical shape as a sphere is the most stable
and efficient geometrical form. It also has the smallest surface area for any given volume. However, such
an assumption leads to insurmountable difficulties. Electrons and protons have a preferred direction of spin
in relation to their direction of motion. The electron follows the left hand rule, while the proton spins
according to the right hand rule. With a perfect spherical shape they could not have any preferred direction
of spin. However, the preferred directions of spin can be readily accounted for if the particles are pearshaped
or egg-shaped and they are hollow.
When ether particles have a preferred direction of motion away from the electrons due to reflections, a
pulsating electric field results. The excessive flow away from the electron tends to reduce the bombardment
of incoming ether particles. A temporary low ether pressure around the particle is a result of this and in turn,
this reduced pressure reduces the reflections and that causes the ethers to move in again and a sudden
increase in ether bombardment results. This is something akin to the Coander Effect. The cycle is then
repeated. It is to be expected that an electrostatic field is no exception and in this respect, “electrostatic” is a
misnomer. The fluctuations are at such a high frequency that experimental results will see the (average)
force as being a constant.
The behaviour of beams of electrons and protons in strong magnetic and electric fields indicates that protons
have about 1836 times the inertial mass of electrons. Inertia is directly proportional to charge, indicating that
the total charge of a proton is 1836 times as great as that of an electron. The idea that the hydrogen atom
consists of one electron and one proton has never been questioned. To quote from a science magazine:
“When protons crash into each other, they release showers of electrons, which suggests that protons are
made up of particles more basic than themselves”.
On the basis of relative charge effects alone, it follows that a hydrogen atom, instead of having only one
electron orbiting a proton, that there are at least 1836 orbiting electrons. However, since the proton has
relatively little movement in comparison to the electron, a far greater percentage of the electrostatic field of
the electron has been transformed. This means that in order for the hydrogen atom to have close to a
neutral charge, there must be thousands of electrons in one hydrogen atom. This seems to create a
paradox as the amount of electricity required to liberate a given amount of hydrogen in electrolysis indicates
that only one electron is necessary for every atom of hydrogen.
Scientists have never comprehended the source of the electricity that powers electrical equipment. There
are unlimited quantities all around us, permeating all of known space. This hard electricity is camouflaged by
softer particles which are also distributed throughout space. The flow of this limitless source of electrons can
easily be set into motion. The electricity employed in electrolysis merely triggers the flow of far greater
quantities. Also, when a hydrogen atom is ionised, it only needs to lose a very small percentage of it’s
electrons instead of being reduced to only a proton.
Matter is rendered visible by the steady formation of soft particles generated by the activities of the
fundamental particles. It is then apparent that frozen hydrogen would be completely invisible if electrostatic
fields were not cyclic and the hydrogen atom had only one electron. Cyclic electrostatic fields are largely
responsible for the complex spectral pattern of all of the elements. The cyclic pattern of hard-particle
interactions is complex. This complexity increases rapidly as the number of fundamental particles in the
atom increases.
Since electrons move at much higher velocities in the atom than protons do, they cover much more territory
and so a higher percentage of their electrostatic charge is transformed into magnetic energy. This means
that the positive charge in the atom will overbalance the negative charge and so, give the atom an overall
positive charge. This explains why electricity tends to move towards ground and the Earth must posses a
positive charge.
The electrostatic field effects near the atom in close proximity to the electrons, will be negative. Moving
outwards, this negative effect diminishes quickly and a zone of positive field effect exists. The position and
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