Dan Davidson - Practical Guide to Free-Energy Devices

atoms than hydrogen so we can generalize and treat aether flow around
in atom as generally radial with flow either toward or away from center
of the atom. If we look at the flows closely, we would find that these
flows are vortexing or spinning into and out of the nucleus. (See figure
1.4.1-1)
A complex atom with many orders of aetheric
stress vortex flows (lines).
A simple atom like hydrogen would have only
one vortex line in and out.
Figure 1.4.1-1. Cross Section of Vortex Stress Flows of
Complex Atom.
1.4.2 Shape Power of a Line
The next level of geometric complexity is the line. In this instance we
have an aggregated collection of atoms to form a line (i.e., from 2 or
more atoms strung together to form a line).
First, let us consider the aetheric flows around two atoms next to each
other which would be the simplest possible line. The aetheric flows in
between the two atoms would either connect and aether would flow from
one atom to the next or the flows would repel and the flows would squirt
out perpendicular to the radial line between the two atoms. The rest of
aetheric flows would form a lozenge type radiation around the
combination of the two atoms.