Practical Guige to Free Energy Devices

Normally, water level is horizontal (allowing of course for the curvature of Earth on a larger scale). However,
if the pace of siphoning gets high enough, the normal water flow will become incapable of correcting the
level quickly enough.
A permanent difference in height of the water level from one side of the lake to the other will arise. In that
case stopping the siphoning action will not result in an immediate stop in water flowing towards the siphoning
point. A sudden stop in pouring from a lake-sized barrel will cause at least a small tidal wave. The bigger
the level difference across the lake, the worse the tidal wave will
turn out. Although that looks like another field in action in the big
barrel system, it isn't. It is a self-correcting mechanism for the
lake surface after it has been disturbed.
In simplistic terms, what this all boils down to is that the flow
energy like the flow water through our water barrel system
represents a field. As a field increases in size it can likewise
destabilize in greater amounts as well. Therefore, if we wish to
increase the size of our fields we must find ways to shield them
from those things, which could destabilize them.
Fields and Shielding
If our normal-sized rain barrel overfilled with water it could start to leak. In such a case, we would need
measures to prevent a gushing flow of rainwater from damaging the immediate surroundings in a flood.
On the other hand, with our lake-sized version of water barrel we would need dikes to surround our lake to
keep it from overflowing onto the land around it.
This flooding finds its cause in a pace difference between the raining in and pouring out of the water. These
dikes must of course be able to withstand small tidal waves that emerge due to the starting and stopping of
the siphoning action. In very simple terms, this is called shielding.
Up to this point, we've covered the most essential concepts we'll need before we tackle the big one -- vector
potential. This is an important yet complex concept but it goes to the very heard of what a MEG is why it can
do what it does.
MEG Components and Layout
The picture below, taken from the abstract by Magnetic Energy Limited as it published on the Internet.
(We've added the colored placeholders to make it easier to view.) This illustration shows the basic layout of
a lab prototype of the MEG used to successfully demonstrate the theory.
• PERMANENT MAGNET (A): The most important element is the permanent magnet sitting in the middle of the
schematic picture. The magnetic field lines come out of that bar magnet at the top and bottom side (in this
picture). This magnet is what helps drive the entire machine.
• NANO-CRYSTALLINE FLUX PATH AND CORE MATERIAL (B): Instead of freely ‘circling' from the North Pole
of the magnet to the South Pole they enter a ‘nano-crystalline flux path and core material.' That material
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