Where to look for the next neutrino

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In summary, the conversation discusses the relation between the mass under the standard model of the three known neutrinos and the possibility of changes in their mass during their journey. However, it is pointed out that the premise of the conversation is incorrect as nobody has measured the neutrino masses and only their mass differences are known. The conversation also mentions the rules against overly speculative posts on the forum.
  • #1
From_Above
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Hello,

My first post here, so please be gentle if I make mistakes of any kind...

Has anyone else noticed the relation between the mass under the standard model of the three known neutrinos?

When plotting the difference of mass between the "generations" on a (natural) logarithmic scale, they appear respectively at 4.5 and 6.7 (sorry if this might seem an unusual pattern, but funny things happen in nature - sometime)

Open for comments...

Thanks
 
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  • #2
Since nobody has measured the neutrino masses, only their mass differences, your premise is incorrect.
 
  • #3
So when they change "type" en-route, is it just spinning matter or what exactly?
 
  • #4
That's a non-sequitur. You made the assumption that the masses were well-known. That assumption is incorrect.
 
  • #5
well, I just hope that the mass of light will not surprise you :-)
 
  • #6
Please reread the PF Rules on Overly Speculative Posts.
 

1. Where do neutrinos come from?

Neutrinos are subatomic particles that are created in various astrophysical processes, such as nuclear reactions in the sun and supernova explosions.

2. Why are scientists interested in studying neutrinos?

Neutrinos are unique particles that can provide valuable information about the universe, such as the composition of stars and the inner workings of supernovae. They also have the potential to help us understand the mysterious nature of dark matter.

3. What is the current state of neutrino research?

Scientists are still trying to understand many aspects of neutrinos, including their mass, oscillation behavior, and potential interactions with other particles. They are conducting experiments using particle accelerators, underground detectors, and telescopes to further our understanding of neutrinos.

4. Can we detect neutrinos on Earth?

Yes, scientists have developed sophisticated detectors, such as the IceCube Neutrino Observatory and the Super-Kamiokande detector, that can detect neutrinos on Earth. These detectors use large amounts of ice or water to capture the interactions of neutrinos with other particles.

5. Where are scientists currently looking for the next neutrino?

Scientists are searching for neutrinos in various locations, including the sun, supernovae, and the Earth's atmosphere. They are also studying neutrinos produced by cosmic rays and those that are produced by nuclear reactors and particle accelerators on Earth.

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