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"One very important feature of pseudo forces is that they are always proportional to the masses; the same is true of gravity. The possibility exists, therefore, that gravity itself is a pseudo force. Is it not possible that perhaps gravitation is due simply to the fact that we do not have the right coordinate system?" Richard Feynman.
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Let's keep our eyes on the prize here: while Feynman's question may be valid and useful, it is one which might easily absorb many lifetimes of study to determine. We already *have* experimental evidence of electromagnetic FTL phenomena. We should focus our efforts on translating this feature of observability (the competence of those who try to reproduce results is another matter) electromagnetism possesses, to gravitational force. As a first step towards achieving this, I propose setting up an experiment which would seek to locate pulars (I don't necessarily limit the proposed search to pulsars, though they may prove useful in timing or clocking events) in FTL space, as opposed to where we observe them to be with optical and radio telescopy. To target the actual source, much as the Native American of old, with his fishing spear, targeted the actual game fish rather than its water-slowed and shifted image. This means, of course, that for a pulsar x light-years away we would have to calculate what its position will be x years hence, so that with a high-gain tunable FTL receiver we ought to be able to aim for and locate the real-time FTL signature of the pulsar, in that calculated region of the galactic plane where we project a given pulsar to be in FTL space, as opposed to where we "observe" it to be through the lens of c. Further, there may be some sort of "wake" effect we should seek, containing successive shock waves, or optical (as opposed to sonic) booms, as FTL energy roars out in front of photonic, and which may make the process of locating the source, i.e., the pulsar, simpler.
(Note that I misspelled "pulsar" only once. Doubtless a quantum effect - Ed.)
