Notes 411(1)
These are good ideas, I agree that any orbit can shrink, and it may be possible to work out a method for expansion. I will think about this. The idea of a spin orbit interaction term is also interesting. It would be very interesting to graph results from the classical shrinkage equation in order to replace a favourite and destructive mythology, that EGR explains the shrinkage of the Hulse Taylor binary pulsar exactly. The dogmatists posted a graph about this on wikipedia, no less, so it must be true. Anything that appears in the newspapers must of course be true. The standard model of physics has collapsed into newspaper jargon printed in a rag.
Notes 411(1)
To: Myron Evans <myronevans123>
PS: concerning the shrinking of orbits: It would be good to have an idea for the mechanism that accelerates the angular velocities. For the Hulse-Taylor puslsar it is known that the rotation speed (spin) of the pulsar diminishes over time. This is taken as an argument for radiated "gravitational waves". What about any kind of momentum transfer between spin and orbital momentum? This is only imaginable if the vacuum is involved in this process.
Horst
Am 20.07.2018 um 14:20 schrieb Horst Eckardt:
The non-uniform frame rotation is an original idea, seems to be useful and applicable. It seems to me (as you have mentioned meanwhile by yourself too) that that a change of radius could appear in all orbital systems where precession is visible. Probably even an increase of radius is possible if there is a non-uniform reduction of angular velocity.
For the interpretation of rotations see my next email.Horst
Am 16.07.2018 um 14:11 schrieb Myron Evans: