:idea:
Let's begin with everybody's favorite Khazarian dude, Einstein. "Time is what a clock says." Okay.
Two things: (1) define "clock" and (2) how do you know what it says.... (Or to employ the modern
political slant, "What did it say, and when did it say it"....)
:lol:
The fundamental problem with all things "relativistic" is that relativity theory allows for the observation
of "clocks at a distance." This introduces "behavior of the medium" into the observed "behavior of the
clock at a distance." Hence, you are not even observing the (moving) clock at a distance at all. But,
just try invoking this argument at your local university...they'll go ballistic....
I say a clock is DEFINED to be NOT VISIBLE unless (1) it is *at your location* AND (2) *moving with you.*
This concept alone tosses the bulk of "relativistic thinking" right out the window. (Oops....)
But then, so do the writings of Leo Van Dromme on so-called "causality violations".... (Oops....)
As for gravitational effects (as per GR), this goes back to what mass is---and for that, you need to know
the Bergman particle theory, and how interacting dA gets into it (for which you must know how dA comes
to be involved in the first place---not to mention how particles arise from the quantum substrate, and
what the quantum substrate even is in the first place---and how real and virtual particles relate via the
spin characteristic, which is not a scalar, but a *phasor*; there's just too much to explain here).
A great many so-called "relativistic effects" are no such thing, but have unrecognized causes, made so by
the fact that The Standard Model is a patchwork of misfit ideas (to make a long story short). (You know it's
funny how it is that the universities will tell you this, but if you dare say it back to them, you'll draw a stern
look.)
As for "time," I'd say it's "back to the drawing board!" (I could say much more, but I'm holding back for
publication, if nothing else.)
Time "exists" alright, but we need a FAR better definition than the one we are using.
P.S.: When applying Occam's Razor, be careful not to cut your own throat.