The lorentz boost of the CM frame w/ respect to the lab frame

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SUMMARY

The discussion focuses on calculating the Lorentz boost (γ) for a muon type neutrino interacting with a stationary electron, resulting in the production of a muon and an electron type neutrino. The formula provided for γ is γ=(Eν/2me)^1/2, where Eν represents the energy of the neutrino and me is the mass of the electron. The user seeks clarification on how to demonstrate this calculation effectively, emphasizing the need for a complete problem description to facilitate accurate assistance.

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nbd2010
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Hi i have a problem with some work.

a muon type neutrino interacts with a stationary electron, producing a muon and electron type neutrino. I have calculated the CM energy but now need to calculate gamma, the lorentz boost.

γ=(Eν/2me)^1/2

How do i show this? the info i have is that β=P/E and Ev and me are the obvious relevant energy / mass. Any help towards the solution for gamma would be appreciated.
 
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Your problem description is really vague, which is why you probably haven't gotten any response. Can you provide a complete description of the problem, including defining what the variables you are using are, rather than have us try to guess or assume all the relevant details?
 

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