All of the manifestations of this field that you describe can be tied to expressions of different forms of kinetic energy??webolife wrote:Nicely said Chan.
I have a saying that I generally avoid using around these parts: NATURE IS SUPERNATURAL.
My own physics paradigm unites light, mass and inertia under the realm of Centropy, ie. a centrally directed pressure field premised upon the finitude of the universe. This finitude both infers and is generated by an infinite field, the source or foundation of all "energy." For something to be "finite" it must be contained, thus a universal "holding" force is exigent. In balance with this centropic pressure, is the primordial and ever present momentum of all particles contained in the universe. The two balancing agents combine to generate the following effects:
1. Light, gravity, voltage, and nuclear force are manifestations of the universal pressure field.
2. Light and gravitation are thus inherently unified, instant in action, since all points and parts of the universe are connected thereby. The universe is a single field, so a change in one member of the field simply affects the entire field.
3. Light's vectors [as gravitational vectors] are directed toward the source as a sink, not emitted from it as particles [like photons or gravitons] nor emanating as expanding waves. Light is purely and essentially radiant, an effect upon a peripheral member generated by a collapse, condensation, or decay at the source, such as the dropping of an electron to a lower "energy" level.
4. All motion is [apologies to Sir Isaac] curvilinear, because every object is influenced/vectored by a centropic force toward the local system centroid(s), ie. there is no "straight line" inertia in the real universe. Inertia is itself a result of centropic vectors "holding" an object [the particles of an object] in place. This is not an "attraction" from within objects or particles rather a squeezing pressure from "outside".
5. Centropy is also Entropy. All changes in the energy of a local system result in a net centropic displacement, regarded as "decay".
Different vectors or shapes of wave or motion produce different effects that we see as EM, gravity and motion.