Maximum scattering angle for 2 body collision

In summary, the maximum scattering angle in the \nu_\mu e \rightarrow \nu_\mu e process is given by the equation \sqrt{\frac{2 m_e}{E_e}}. This is independent of the neutrino's energy and can be calculated without using the neutrino's energy in the calculation. A higher neutrino energy results in a smaller deflection angle, but the final result is still independent of the neutrino energy.
  • #1
bayners123
31
0
I've got a question that asks what the maximum scattering angle in [itex]\nu_\mu e \rightarrow \nu_\mu e[/itex] is. The electron is stationary in the lab frame and after the collision has [itex]E >> m_e[/itex].

The answer given is
[tex]
\sqrt{\frac{2 m_e}{E_e}},
[/tex]
independent of the neutrino's energy. How can I get to this? I can't think of an approach that doesn't involve the neutrino's energy at all.
 
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  • #2
If you use the neutrino energy in your calculation, it should vanish at some point. You don't have to know that in advance to calculate the scattering angle.

A higher neutrino energy leads to a smaller neutrino deflection angle at the same energy transfer E. It is interesting that the result is independent of the neutrino energy.
 

Related to Maximum scattering angle for 2 body collision

1. What is the maximum scattering angle for a 2 body collision?

The maximum scattering angle for a 2 body collision is the largest angle at which two particles can be deflected after a collision. It is determined by the initial velocity and mass of the particles, as well as the angle at which they collide.

2. How is the maximum scattering angle calculated?

The maximum scattering angle is calculated using the conservation of momentum and energy equations. This involves taking into account the initial and final velocities of the particles, as well as their masses and the angle of collision.

3. What factors affect the maximum scattering angle?

The maximum scattering angle is affected by the initial velocity and mass of the particles, as well as the angle of collision. Other factors that can influence the maximum scattering angle include the presence of external forces, such as electromagnetic fields, and the quantum properties of the particles.

4. Is the maximum scattering angle always the same for a given collision?

No, the maximum scattering angle can vary for a given collision depending on the initial conditions and other factors involved. For example, if the initial velocities or masses of the particles are changed, the maximum scattering angle will also change.

5. Why is the maximum scattering angle important in particle collisions?

The maximum scattering angle is important because it provides information about the forces and interactions between particles during a collision. It can also help to determine the nature and properties of the particles involved. Additionally, studying the maximum scattering angle can provide insight into the fundamental laws of physics, such as conservation of momentum and energy.

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