I suspect the results will be shown to be in error because experiment has already shown that the effect cannot be more than 10 times stronger than Einstein’s prediction——i.e., detectors placed years ago would have picked up the effect if it were any more than 10 times the predicted strength. Still waiting on getting that last bit of sensitivity out of the experiment (in Louisiana, of all places).
I suspect the results will be shown to be in error because experiment has already shown that the effect cannot be more than 10 times stronger than Einstein’s prediction
***The issue here is that the observed effect is 20 orders of magnitude LESS than Einstein’s prediction, although Fraudzagonner says the prediction belongs to Lorentz.
10 times stronger
***That is 1 order of magnitude. 100 times would be 2 Orders of magnitude stronger, 1000 times 3 Orders, 1Mtimes 6 Orders, and so on. The observed effect is off by 20 orders of magnitude. we’re not talking 10 or 12X off, it’s one hundred million trillion times wrong.
This is one of just many problems, but you’re right. The induction current of gravitons produced by spinning bodies would be huge, and gravity waves would have been seen long ago.