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But according to the equations, it requires that as you get closer to the speed of light, your mass must be so big. So if a neutrino was traveling *near* at the speed of light, its mass must be so big that it should be easily detectable or seen.
Hmm, looks like the Standard Model needs some certain tweaks, which is certainly good news because that means that there is a chance to get FTL speeds without having to overcome the time or mass paradox.
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