Quote:4 Pi doesn't "magically pop up"; its an inherent property - geometrically so - of the inverse square function as applied to any point-source actor.
Yes, I understand that this
must be the case, but I just don't see how this can be derived geometrically...and until I see that derivation, it remains a magical mystery to me.
Quote:Also, you appear siezed of the idea that something with the properties of the photon is the only possible exchange particle, whereas there are in fact others with distinct properties and relationships of their own.
No, I only referred to the photon as being the gauge boson for the electromagnetic force -- which it is. Each fundamental force has it's own boson which has different properties. The graviton, for example, is a different boson. What bothers me is that all of them must travel/interact through space, so if the permeability of free space effects one type of boson, it should affect all bosons.
Quote:As to the theoretical status of the gravitron, admittedly it has not been observed, but strong and steadily growing implication for its existence is at hand; the math works, its a very likely supect, one with neither substantive competition nor any observed contraindication.
For the record, I personally believe the graviton theory. However, at this point, that puts me in the minority. Also, the math does not work currently. There is the renormalization problem. The math for GR does work...but it is a simplified theory, and if the math for the gravitron were able to be verified, all the evidence for GR would instantly be touted as equal evidence for the graviton because it would all fit.
Quote:Oh, and General Relativity remains as unthreatened by the gravitron as it is from any other principal deriving from quantum physics and hyper physics, IMO ... I just don't see the conflict in context of scale and application. Einstien didn't replace Newton, he merely expanded on him, as do today's theoretical physicists expand on Einstein.
We now refer to Newtonian physics as convenient and useful shortcuts to getting the right answer, based on fundamentally incorrect simplifications. Likewise, if we were able to prove the existence of the graviton, scientists would most likely continue to use the math of general relativity as a shortcut to solving the
real math from a particle perspective, but it would change our fundamental perception of space time -- right now, everyone is getting off on thinking about mass as causing curvature of space...if we find the graviton, it is bye-bye to the idea of curved spacetime, except for in the context of expansion.