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						What is the frequency/wavelength of a neutrino? | Socratic
						https://socratic.org/questions/what-is-the-frequency-wavelength-of-a-neutrino#:~:text=The%20wavelength%20of%20a%20neutrino%20can%20be%20anything,metres.%20Short%20wavelengths%20correspond%20to%20high%20momentum%20neutrinos.
 
						
						
						
						What is the frequency/wavelength of a neutrino? | Socratic
						https://socratic.org/questions/what-is-the-frequency-wavelength-of-a-neutrino
The de Broglie equation describes the relationship between the relativistic momentum p and wavelength λ. λ = h p Where h is Plancks' constant. The wavelength of a neutrino can be anything from tiny fractions of a metre to several metres. Short wavelengths correspond to high momentum neutrinos. Answer link
 
						
						
						
						Wavelength Audio, ltd.
						https://wavelengthaudio.com/
Wavelength Audio, creates and designs high end products for home audio, pro audio, guitar/bass amps, USB & computer audio. For home audio visit our product page. For Computer Audio , Pro Audio and Guitar/Bass Amplifiers head over to the Websites pages were you will be teleported to the appropriate places.
 
						
						
						
						Neutrino ensemble properties - Cambridge Ultrasonics
						http://www.cambridgeultrasonics.com/neutrinos/Neutrino%20ensemble%20properties.pdf
The exceptionally long wavelength of 1 m mentioned above for a LRS-neutrino is exceptional for any quantum mechanical particle. It should be compared with the lightest other sub-atomic particle, the electron, which at low energy and speed of 150 eV has a de Broglie wavelength of approximately 10-10 m. The long matter-wavelength of a neutrino
 
						
						
						
						What is the frequency/wavelength of a neutrino? - Quora
						https://www.quora.com/What-is-the-frequency-wavelength-of-a-neutrino
Each neutrino has energy and momentum depending upon the reaction which created it. As a neutrino is a particle which has energy and momentum. This means that is can behave both like a wave and a particle. The de Broglie equation describes the relationship between the relativistic momentum p and wavelength λ. λ=hp. Where h is Plancks' constant.
 
						
						
							
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