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nomadreid
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- Hypothetical sterile neutrinos being more massive mean it is more probable for the other flavors to switch to them, and vice-versa? Justified by Energy-time uncertainty, or what?
In Scientific American, July 2020, the article "The Darkest Particle" by Louis and Van de Water, page 46, discussing the hypothetical sterile neutrino, there is the sentence: "Because sterile neutrinos are likely to be more massive than the regular flavors, however, particles could make the switch to this type more quickly and could likewise change back from sterile to one of the three regular flavors over shorter distances." My guess for the justification of this sentence is the Energy-time uncertainty relation, but I am unsure: perhaps I am being overly simplistic? All corrections welcome.