For as long as we’ve been thinking about journeying to other star systems and the planets and worlds that orbit them, we’ve been compelled to consider just how to keep human beings intact during any journey that would bridge the interstellar distances. While short trips through the zero-gravity environment of space might be feasible for humans, over longer time periods, human bodies suffer from all sorts of maladies: space blindness, bone density loss, muscle atrophy, and much more. While instantaneous teleportation or faster-than-light travel, either through a wormhole or via warp drive, might be satisfactory solutions for science fiction, when it comes to reality, we need a superior plan.
But if we assume that the laws of physics as we know them actually hold true in this regime where we’re asking about them, then no, antigravity is not possible.
Well, if you use Einstein's theories and the viewpoint that the Michelson-Morley experiment ingrained in current science, you;'re right. However, if you look at things from a different perspective; Aether exists and the universe works differently than Einstein's universe. Antigravity could well be a possibility. Aether and grit are different and have different properties.
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All these reported ailments demonstrate the countless complications of human beings in space, this is because the space station is approximately 400km away and they stay there for a short period of time... imagine long trips. The human effect is still the biggest problem to be solved
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