Kinetic energy derived from the aether/background of space is delivered as kinetic energy by fields to massive matter...webolife wrote:Upriver,
I agree with most of the principles you are trying to describe, just still sorting through your jargon.
I agree that "energy" is derived in some way from the underlying fabric or matrix of space. I call it pressure, but the dynamics are probably equivalent.
And the end result is that some kind of work is done, a force delivers an impulse...
I 100% agree... Sink was actually the term I was looking for..Rather than use "suction" point, say "sink", a better operative term as there is no sucky "attractive" mechanism known to physics.
Momentum - the quantity of motion of a moving body, measured as a product of its mass and Velocity.Therefore the pressure can be inferred to be external, I call it the centropic pressure field. Not sure exactly how you are using the term "absorption"; however if I look straight on down any vector [let's call it Ray A] of force [in reality a finite vector set acting on a finite area, therefore radiant "beam" of pressure is more appropriate] that impacts my eye, body, or other sensor of the field, the "gradient" of pressure is detected at angles measured transversely with respect to that "central line" [Ray A], out to 30 deg or no more than 45 deg, beyond which point the geometry nullifies any effect those gradient vectors have on my peripheral sensory location. To elicit said gradient one need only confine the perception of those rays to a point of focus which is of course in line with our Ray A. In the perception of the color gradient [spectrum], this is done through a pinhole [or slit device for convenience]. For gravitation, a pendulum is handy, as the hypercycloidal arc it traces can be used to analyze the PE/KE gradient; and it is common practice for engineers to consider the 45 degree angular limit for stress at any particular point. Bucky Fuller was an uncommon architect for his understanding of the pressure gradients of structural design. So in my synopsis of the characteristics of the "energy of space" I see two factors: centropic pressure, and mometum, which necessarily becomes angular momentum in the presence of a plurality of objects. Therefore the motions of any object can be described in terms of the "gravitational" potential wrt the system centroid, and it's tangential motion in wrt the other object[s] in the field.
Velocity - the Speed of something in a given direction, has a vector.
Speed - In everyday use and in kinematics, the speed of an object is the magnitude of its velocity (the rate of change of its position); it is thus a scalar quantity.[1]
We get down to the scalar(singular) quantity. Speed is directly related to how much kinetic energy a mass has, in Joules. The speed of a kinetic impulse is the speed of gravity, the Longitudinal Electrical force and evanescent waves... Speed is is a direct measure of energy.
Vectors complicate things. They are necessary when you are talking objects at relative directions and speeds...|
When I am talking about the kinetic aether, momentum doesnt mean anything because there is no mass, only matter speed is close to infinite in that medium..
Probably a more accurate term than absorption is resonance.
When the main diameter of the ray is in resonance with the receiver at the end of motion so that maximum energy is transferred....
The pressure is a constant flow of kinetic energy, not static pressure but dynamic.
One important property of the kinetic energy is that it is massless vs inertial matter in our energy level of the universe. This allows for FTL information transfer....