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Universal density?


sunshaker

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Then no on can say what those unknown actions are, what their effects might be, or even if they exist.

So isn't this why we do the experiments? How much mass is needed to make them oscillate?

 

I find neutrinos rather interesting at moment, The idea that interacting with mass makes them oscillate,

perhaps one day being able to confine them or make them oscillate between muon neutrinos and tau neutrinos, perhaps one day acting as qubits in a quantum computer.

 

What is this mass they have? Could neutrino mass come from anti neutrinos and the anti neutrino mass come from neutrinos? is that a paradox?

 

Has what as been said, they rarely interact with matter, but do the trillions of neutrinos passing through us interact through the weak forces in anyway?

 

In another thread talking about "aether"(which I will keep out off :) ),

also brings these neutrinos to mind, If there are 100 billion neutrinos with mass passing through a square cm every second,

if they did move at speed of light, would that mean there would always be a neutrino in any given space at any given time?

 

Which would may then mean that space would basically be "solid neutrino matter" when viewed from a different time frame?,

post-79233-0-27737900-1444492052_thumb.png

 

ps I am not stating anything, just thinking out loud.

 

 

 

 

 

 

 

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So isn't this why we do the experiments?

 

Experiments are not done randomly to try and find unknown things.

 

 

Has what as been said, they rarely interact with matter, but do the trillions of neutrinos passing through us interact through the weak forces in anyway?

 

See posts 12, 13 and 23.

 

 

if they did move at speed of light, would that mean there would always be a neutrino in any given space at any given time?

 

Which would may then mean that space would basically be "solid neutrino matter" when viewed from a different time frame?

 

See post 7 and: http://lappweb.in2p3.fr/neutrinos/anunivers.html

 

About 100 per cm3. Which is hardly "solid"; a pretty good vacuum, in fact.

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