![]() ![]() They would look effectively the same, and the conclusion that all particles travel at the speed of light would be just as wrong. Remove the tau terms from those equations and you get standard special relativity. The somehow conclude that all particles would be travelling at the speed of light. The claim that special relativity is wrong because it allows time travel indicates that the person who made the presentation is not worth listening to, because they have no understanding of the subject.Īs another example of the person having no idea what they are talking about look at equation 1 and 2 on the following slides. It completely excludes time travel, because there is no way within special relativity to accelerate from slower than light to faster than light. Special relativity does not allow time travel. The second slide (not counting the title slide) already shows a significant misunderstanding of special relativity. Gravitational waves in the Hyperspace ? on Modern Physics Letters A: Please pay attention, traveling exactly at the speed of light in the Hyperspace is not equivalent to traveling at the speed of light in a spacetime, because the manifold dimensionality is different. The approach looks to be a symmetry extention of special and general relativity and reduces exactly to them in a space-time. ![]() Imagine a craft that seems to move from one place to another instantaneously, or that appears and disappears at will.Ĭould we explain this behavior? I am not saying that we know how to do it, I am asking if it is possible. ![]()
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