For Uteotw:
I've been thinking about a problem for Setterfield CDK that most people will be totally unable to even understand and I thot I'd run it by you, to see what you think.
As you know, Setterfield claims CDK to change at key moments on a simultaneous basis throughout the universe.
Einstein's theory of relativity denies there is such a thing as true simultanity available for physical consideration, but Setterfield claims that the Cosmic Background Radiation determines a space time viewpoint that objectively defines a point of reference for determining what simultaneous means in his theory.
In this simultaneous mode, all light, propagating at speed xc, can change suddenly to c without any untoward effects.
And Setterfield maintains this change does not affect the wave length of the light.
But the idea of what is simultaneous for one state of motion is, as you know, definately not simultaneous for a body in an alternate state of motion. The earth and our galaxy, for example, are moving at hundreds of kilometers per second towards something termed the "great attractor".
Therefore, for earth, anything that is simultaneous with reference to the background radiation over the whole universe will be perceived as a set of events that form a great, infinite plane sweeping across the universe far faster than light, but not "infinitely fast" as if it all occurred simultaneously. For particles in our atom smashers moving at near light speed, the apparent "motion" of the "change plane" would be even slower.
As the "change plane" sweeps across the universe, necessarily some radiation will be passing through it - or perhaps it through the radiation - at an angle rather than directly head on.
This raises the issue of refraction. Any time a light wave goes through a medium at one speed and emerges at another, there must be both (a) a change in the direction of the light ray and (b) a change in the wavelength of the light ray. Otherwise, the waves do not match up crest to crest on both sides of the transition plane. It is the matching up of the waves that moves the light waves along, of course.
Both these changes, mandated by the wave nature of light, are forbidden in Setterfield physics, which makes Setterfield physics physically impossible.
Indeed, as long as Einstein's Theory remains valid (and we both know it has passed every possible test to date) this result would seem to preclude any change in light speed whatsoever! With the possible exception of the very beginning of the universe, when the refraction problem would seem to have no space in which to arise, and as space is newly created, there being no previous space in which to refract from.
What do you think of these musings?