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Originally Posted by Evan
There isn't any connection between how a gyroscope functions and gravity. A variation in the gravitational field will not alter the functioning of a gyroscope. Current gyroscopes do not have any moving parts at all and are implemented on silicon chips.
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There is a relationship between gyroscope active and inertia, and if the inertial field, which I have been writing about, actually exists, the gyros would not behave as anticipated, the moment of inertial would be thrown off, and the probe was designed to go into a protective state if the moment of inertia seemed to indicate it had been struck, or if the gyros showed out of tolerance gimble.
I agree the Jupiter Galileo gyro results alone is not compelling, but when you add in the fact the probe launched fell like a rock, the landings on Mars have all been harder than expected, the doppler anomaly in the pass by Pheobe, the rotational period of saturn, the Earth-like geography on a moon that can't be made out of anything more dense than water, this evidence all piles up.