Phillip Helbig---remove CLOTHES to reply wrote:
In article ,
" writes:

wrote:

Discrete self-similar spacetimes behave differently than continuous
spacetimes.


For the sake of argument, consider that G(n-1) which equals roughly
10^38 times G(n) does apply to atomic scale systems, as proposed by the
Discrete Fractal paradigm.

Then it would appear that gravitoelectric and gravitomagnetic effects
would be roughly 10^38 times stronger for atomic scale systems than was
previously supposed.

This raises an interesting question: How far could one go in explaining
the electromagnetic interactions of atomic scale systems using only
General Relativity when it includes the discrete dilation invariance
proposed by the DF paradigm?

Shocking!

Indeed. You are essentially assuming that that which you wish to prove
is true.


Let's be clear, objective and scientific. I am *not* trying to "prove"
anything. I just pointed out that if what has been called "strong
gravity" applies in the atomic scale context, then one would expect
prodigious gravitoelectric and gravitomagnetic phenomena in that
context. It is just an if/then observation, which should delight and
stimulate a scientific mind. There is no danger in considering this
hypothesis and you can try it at home.

Robert L. Oldershaw