"At present we use two atomic clocks, and we think that our measurements are precise, but we would welcome the advice of the international community. It would help to have additional input on how to measure the speed of the impulse as accurately as we can. As soon as we get a good confirmation of these results, we will try to publish all of this information."...
For my part, I simply refer to it as a gravitational impulse, because after years of advances in the generation & measurement of these effects we have the ability to make objects heavier or lighter. I have no better term for it than “artificial gravity”, at least not at the moment."
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"We’re very cautious about what we write, because we don’t want to frighten the scientific community, and also we want to be absolutely sure that the results are checked and rechecked many times — but it seems that based on what we have now, and we’ve already been working for a year and a half, the speed of the impulse is much higher than the speed of light.
With the parameters that we use now — using our current emitter designs and a voltage of 3 to 5 million volts, we are measuring the propagation speed of the impulse at close to 64 times the speed of light. Of course, we would like to thoroughly confirm all our measurements using as many different tools, systems and methods as possible."
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