Response: Neutrinos vibrate, YES. Much like anything else, since they have energy. But they do not vibrate at any particular frequency since their energy is not fixed. Their energy can vary widely and that makes them vibrate at different frequencies. Its worthwhile to mention that its not this frequency or oscillation which we were originally talking about. Originally we were talking about oscillation of whats called flavor or a quantum state. Now the Hertz scale you are talking about is the one which is eg fitted to an oscilloscope in a medical facility. That scale is different from the scale of neutrino. In the hospital the oscilloscope would produce some kind of equivalent sound since there is an electron beam which contains tons of tons of electrons. Electron is quite very heavier {1000 times} than neutrino. But the sound you are hearing is due to the large number of any kind of matter and packed heavily. But with neutrinos such heavy packing or beams are missing. They are detected only in a few numbers. You are right that you can define sound here, because we don't hear it does not mean it does not exist. But it would not be like a fox screaming. The neutrinos are so few in number and so small in their energy that they will hardly arrive {or detected} in large numbers, any definitions of sound will be theoretical, but such a sound can not be measured using any sound device we have ever developed. {Unless we just recalibrate the energy into decibels} More…![]()
