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Thanks for this! Question - if the model-dependent 0.1eV neutrino gets knocked out because the direct observation (anti)neutrino is say "0.3eV confirmed". How
by irjustin 5y ago
Thanks for this!
Question - if the model-dependent 0.1eV neutrino gets knocked out because the direct observation (anti)neutrino is say "0.3eV confirmed".
How does this mess with our current understanding of physics?
- SaberTail 5y agoFor double beta decay, it wouldn't change anything, since neutrinos are not Majorana particles in the standard model. For cosmology, it would suggest something about our understanding of the big bang or early universe is wrong. I'm less familiar with cosmology, however, so I'm not sure in what way things might change. We'd need a new way to explain why matter is less clumpy than it should be due to the massive neutrinos, or why there weren't as many neutrinos then as we think there should have been.