The post was very interesting, Mr. (Kevin) B.
When watching your words, I am immediately reminded of Dr. Brown's Structure of Space:
…the values of K and µ near a massive body are greater. As a matter of fact the gravitational “field” may be visualized as an area or region of higher K and µ. The force of gravitation would then be the tendency to migrate to the higher K and µ.
Gravity not perhaps as indenendent or separate thing, but as phenomenon caused by electrical (or electrostatic) factors.
Two different potentials. Does the river have to exert energy in order to run downhill? No. It just moves by the virtue of the difference between two potentials - a high and low place (difference in height).
Again chaper 50:
As Brown sees it, the presence of “massive bodies” causes variations in the electromagnetic properties of space, producing areas of “low pressure” associated with high K and µ values, and areas of “high pressure” associated with low K and µ values; An area of “low pressure” (high K and µ) would have a stronger ability to support electromagnetic lines of force than an area of “high pressure” (low K and µ).
And now let me correlate it with what you said:
Thus the pressure of space is constantly drawn to points of low pressure where the substance coalesces into mass thus creating the low pressure, reverse this via an atomic explosion and you will create doorways into this system of sudden high pressure points.
One of the key principles of travelling through time would be these following words of your, which are brilliant:
Imagine if nothing is actually moving, and everything is composed upon a permanent lattice, but the lattice is not equal , it is composed in such a way that what travels along the lattice is continuously driven to clip from line to line, always drawn to a point of least resistance, just as water flows to a point of least resistance.
This is one of the keys - the permanent lattice.
Now the question would be how do those gravitational waves wiggle through the warped surfaces of space and time whose layers are touching eachother. This mechanism of movement is crucial for knowing more - at least in my opinion.
If past, present and future are one different kind of lattices (i. e. the past events covered by one category, the future by another, etc), what are then the K and mu of each respective category of lattices and how are they related?
You also said:
Your links about leylines were good, they talk of magnetic field lines of the earth, thus they attribute the lines to something created here by the earth. What if something that the lines are, creates the magnetic field here upon earth?
The electrical nature of cosmos! What if the gravity is something induced and not something self-existent. Induced through the material from which Earth is composed, the various kinds of radiation from the cosmos, the Sun, etc (including sidereal radiation) and the the movement of Earth (rotation around it's axis and the revolution around the Sun).
A coil is round. It is made of a copper, iron or other wire. It receives the electrical force from outside. The electricity runs through the loops and accomplished rotational movement thereby inducing magnetism.
Compare this to the Earth and the radiation it receives - radiation from outside + Earth's material.
Rocks as gravitoelectric converters which turn sidereal radiation into electric potential.
Since the material structure of the Earth is not uniform neither in structure nor from the material point of view and because of the rotational and other movements a structure emerges. These lines (ley lines, etc.) are of a certain specific potential which is different of the potential of ambient substance.
Looking at the above article that you quote, it would be good to look at Bruce Cathie's work and some Russian theories, which apply the crystalline model to this grid.
Speaking of lattice I was immediately reminded of crystals - ordinary and plasma crystals. Plasma crystals are a fascinating field of study!
There is also the fact that crystals may serve as gravity-sensors.
Dr. Brown himself mentions the importance of lattice structure and crystals present in granite and basalt.
Thank you Mr. B. for your opinion.