|
|
Gravity: Pulling or Pushing? Mankind alone amongst the beasts demonstrably examines and actively seeks to understand and quantify his existence. Until he examines the physical, spiritual and mental as an integrated whole, the Question will not be answered. Until viewed wholistically, any answers can make no sense because the Questions themselves are not understood. -- Craig Berry |
© Craig Berry -
2004, |
|
Psi Field *
Preface *
Jealousy & possessiveness Shamanism Light Work Shadow Work Dark Work |
Essentially it is accepted that the greater the mass of a body, the greater is the gravitational field of that body. The problem is that of gravity itself. What actually makes or causes gravity? For the sake of this explanation, allow me to assign some simple arbitrary values to the forces involved for the sake of illustration.
As a dynamic stream of Psi energy
encounters a resistant object, it is resisted in its transit of that
object. This gives the said object a Psi resistance value; evidenced
by its attendant gravitational field and resultant (quantifiable) mass.
For the sake of this exercise, I will label the resistance provided by a
mass to be a
I will assign the essentially
omni-directional dynamic free energy or dynamic flow of the Psi Field an
arbitrary value of Gravity is typically thought of as an attractant force as a result of mass. Its observable effect is apparently attraction and based on this observational interpretation gravity has remained a field of attraction to science.
To argue the Psi Field theory, I
will assign the earth and moon arbitrary “Psi mass values” of
In our first illustration (figure
1), we have a someone standing on the surface of the earth (which has a
mass of
Figure 1 For the sake of further examples, I will refer to the phenomena of disparity in counterpoised Psi ‘flows’ as a “Psi shadow” for reasons which will be obvious shortly. It is important to realise at this point that it is each particle of the body which has mass that is being acted upon by Psi and not the surfaces of the body’s physical boundaries. For those 'reading ahead', the Psi shadow is indeed gravity in all its glory.
To raise an obvious point from the
above example, the shape of the sphere is the only shape that can
survive for long under dynamic Psi pressure on a large and fluid scale. The only
logical planetary shape that can be formed in a Psi resistant mass is a
sphere. Any other shape contains a longer axis which in turn offers a
greater
Figure 2 To give another example of Psi as the dynamic source of gravity, let us examine the tides of the oceans. Before exploring the phenomena of oceanic tides, let me take you on a quick illustrative detour for a moment. If you push on opposite sides of a water filled balloon, the water will rush to the area where resistance is least and will continue to do so until the point where a pressure-static equilibrium has been established, regardless of shape. With this established, we will move on.
Water on an uninfluenced
planetary body, without the gravitational effects of another celestial
body, will do its best to conform concentrically to the mass centre of
the body (i.e. become part of the static mass of the sphere). On earth
we have two main influential celestial bodies creating
When the moon is full (the lunar
disk fully visible) the masses of the sun and moon are essentially in a
state of axial opposition. Assume that of the moon exerts a Psi shadow
of
Figure 3 Before this example is discounted as too simplistic, let us examine the phases of the moon and the tides resulting.
Gravimeters work by quantifying relative strengths in the planet’s gravitational field. Gravity is observed as being stronger over denser materials. A model proposing an increase in the local Psi shadow due to a higher localised resistance, thereby resulting in a stronger apparent gravity fits the observed phenomena well. In cases where gravitational fields are observed as dynamic and striated, an attractant model fails to account for the observed variations. A Psi Field model allows and can even predict (via relative mass variations within the body) the ‘projected’ Psi shadows essentially emanating from the centre of mass.
Accretion of space bound bodies is another area where the attractant model of gravity fails when considering the formation of the distant outer planets. |
About Craig:
|
[value].
To extrapolate this thought, if there is no Psi resistance, there is no
measurable mass. It is the resistance of an object to the transit
of Psi energy which gives it mass. Something which is completely Psi
transparent will have no mass.
1000.
Assuming that the Psi force is moving in all directions, it is
reasonable to assume that, given a lack of an intervening Psi resistant
mass, the Psi Field will retain its omni-directional integrity and
energetic dynamic essentially without reduction. 
3).
From above, 
