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tau neutrino LR - 10-17-2007, 04:04 PM

In terms of space charges the muon neutrino is 5H+ and 5H-. Expressed in row matrix as [+5, -5], whose transpose is its column matrix. The product of row to column is a pure integer number 50, while the product of column to row is a multiplier 25 with the Hadamard matrix.

For 2 muon neutrinos the expression is a 2 by 2 square matrix and when multiplied by its transpose to the right the product is a 2 by 2 Hadamard matrix with a muon neutrino multiplier of 50. If the transpose operates from the left then the product is a 2 by 2 matrix with 50 as constant element values.

For 3 muon neutrinos the expression is a 2 by 3 double rows matrix and when multiplied by its transpose to the right the product is a 2 by 2 Hadamard matrix with a muon neutrino multiplier of 75. If the transpose operates from the left then the product is a 3 by 3 square matrix with 50 as constant element values.

For 4 muon neutrinos the expression is a 2 by 4 double rows matrix and when multiplied by its transpose to the right the product is a 2 by 2 Hadamard matrix with a muon neutrino multiplier of 100. If the transpose operates from the left then the product is a 4 by 4 positive definite square matrix with determinant zero and 50 as constant element values.

It is noted that the muon multiplier increases by multiples of 25 where the multiple variable is equal to the number of muon neutrino in the matrix operation.


Time independence: [∂E(g)]²=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c²
  
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Smile Re: tau neutrino LR - 10-18-2007, 11:08 AM

What vdo you thınk would happen my friend ıf we were totally absent of all neutrınos?




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Re: tau neutrino LR - 10-18-2007, 12:19 PM

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Originally Posted by mkirkpatrick
What vdo you thınk would happen my friend ıf we were totally absent of all neutrınos
It's funny that you asked. The irony is that we are completely absent of the electron neutrinos while the fat muon neutrinos are not earthbound and they briefly exist. The supersize tau neutrinos are even more rare. On the other hand, if we undergo radioactive decays then neutrinos are everywhere! This could be the reason why we die that is the appearance of antimatter neutrinos. if there is no neutrinos then we live forever.


Time independence: [∂E(g)]²=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c²
  
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Smile Re: tau neutrino LR - 10-19-2007, 09:17 AM

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Originally Posted by AntonioLao View Post
It's funny that you asked. The irony is that we are completely absent of the electron neutrinos while the fat muon neutrinos are not earthbound and they briefly exist. The supersize tau neutrinos are even more rare. On the other hand, if we undergo radioactive decays then neutrinos are everywhere! This could be the reason why we die that is the appearance of antimatter neutrinos. if there is no neutrinos then we live forever.
Well then my friend İ hold that all life is eternal.that being so ,the neutrıno ıs then an aspect of consciousness and has no real exıstence,save that of an imagined concept.




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Re: tau neutrino LR - 10-19-2007, 11:47 AM

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Originally Posted by mkirkpatrick
has no real exıstence,save that of an imagined concept
Neutrinos have been the messengers of impending catastrophe for example supernovas. They arrived sooner than the optical photons of such cosmic events.


Time independence: [∂E(g)]²=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c²
  
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