Help Solving Physics Problem 6.8 from "Quarks and Leptons

[elmerx25]

Hello:

I have a problem and I need your help, please. I need to solve the problem 6.8 from "Quarks and Leptons. An Introductory Course in Modern Particle Physics - F.Halzem,A.Martin". It is:

Calculate the cross section for elastic scattering of unpolarized electrons from spinless point-like particles. The result is:

$${d\sigma}/{dΩ}|_{Lab} = (\frac{\alpha^2}{4E^2sen^4{\vartheta/2})}) \frac{E´}{E} cos^2{\vartheta/2}$$


I use as invariant amplitude:

$$|M|^2 = \frac{e^4}{q^4} L^{\nu\mu}_{e^-} (p+p´)_{\mu}(p+p´)_{\nu}$$

Sure that I make a mistake because I am very near to the solution.

Can someone, please, tell me the name of a book in where I can see the exercise done?

Thank you.

 

[LightHero]

Unfortunately, I do not know of any books that provide a solution to this particular exercise. It may be helpful to consult with a professor or tutor who is knowledgeable in particle physics and has experience with this problem. Alternatively, you could search online for a solution or post your question on a forum specifically aimed at particle physics.