Gravity Control Idealism

Gravity Control Idealism attempts to understand the underlyiing dynamics of Universe, whereby it might be possible to control gravity and electromagnetism in a manner allowing for the needs of our planet.

Thursday, June 09, 2005

The Craft

In attempting to design a craft capable of gravity control it is important to consider the non-linear nature of dimensional proportions, as in relation to a dynamic system the internal portion of field is mush greater than a linear evaluation would otherwise suggest. An increase in (ntffa) accelerating to the center of field extends the time and space involved, whereby the ratio of energy per unit of mass increases to the center of field.

And as we have already discussed, the value of gravity at the center of field is zero, as gravity decreases proportionally to an increase in (ntffa).

So the question is; how do we modulate the underlying dynamic force of Universe in a controlled manner?

Some 30 years ago I drew up a rough sketch to show what I thought an (ntffa) modulator should look like and many years later I discovered a very similar system existing in nature which provides for the modulation of (ntffa), which is quite amazing in itself.

In this respect we can take a look at the xylem in plants and trees, as the xylem are situated in rings which allows for a horizontal and vertical relationship existing between each xylem cell.
And it is this vertical and horizontal relationship which allows for the internal dynamics to be modulated relative to the external field in which the plants and trees exist. And as the xylem can tilt slightly, this allows the xylem to work in a cooperative manner to lift and lower fluids up and down as required.

To get a clear picture of this we can visualize the xylem in terms of a stepped pyramid, as an (ntffa) modulator is an inverted pyramid which is turned inside out in order for it to become circular.

In other words the (ntffa) modulator would consist of a four phase field system, in the form of four tiered rings of magnetic discs with the smallest ring situated at the bottom and the largest at the top. Therefore there are four graduated rings of magnetic discs, each of which is capable of tilting from side to side and up and down, whereby focusing the center of field in any direction. This allows the craft to lift and lower and move in any one of 360 or more directions.

So we have lift and thrust without the consumption of a linear fuel supply.

Now, the problem is that we don't know the sequence of sizing in relation to the graduated size of the four rings which must remain proportional to the size of the magnetic discs. So, in order to know how many magnetic discs are required in each of the four different sized rings we must know the relationship of each ring and each disc, plus the relationship of each disc relative to the size of the rings.

In this respect the discs must be proportioned relative to the rings, while the rings must be proportional to the discs and the lifting, lowering and tilting of each disc must be precisely calibrated as they must move in sync. If one disc is out of sync, it will throw the whole system out of balance.

Knowing how it works is one thing, but getting it to work is quite another. And in order to refine this system requires a systematic process of trial and error.

But the basic idea is to modulate the internal dynamics of the craft relative to the field in which it exists. And although the craft itself represents a system of reference, the craft itself still exists within the field of the Earth, so what we have is a field within a field in terms of a relative relationship.

Each of the discs would be mounted on a control arm, in that the control arm allows the discs to be tilted side to side and up and down.

We're not there yet, but progress is being made.


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