Hi
Probably a bit technical, but here it is.
I am trying to construct some simplfied SUSY models (that is, you only tune the masses of the core process, while all the rest are decoupled), and I would like to play with different mixing scenarios for the neutralino and charginos, so to get a...
I think what I am not sure about, is how to derive the Ee given the fact that the the photon energy has to be corrected with the Doppler term and has been "boosted" by the gamma...
Sorry, I just wanted to avoid redundancy as I already posted the link.
What I have already in the reference frame of the e- for the photon
E_0 = \gamma E_0^* (1- \frac{u}{c}cos\theta_0^*) \\
E_1 = \frac{E_0}{1+ \frac{E_0}{(m_e*c^2)}(1-cos\phi)} \\
E_1^*= \gamma E_1(1-...
Homework Statement
In the inverse compton scattering, find the formula of the recoiled electron as a function of the incoming electron
Homework Equations
The energy of the incoming photon and electron are known.
The Attempt at a Solution
Starting from this...
Yes, that is correct ie y'=dy/ds and x'=dx/ds as you care about the change of y/x on the direction of the movement ;-) So, when you say "outside of magnets" what do you mean ? and what about x' ? is there a similar approximation (and any reference would be great!)
Thanks bunch!
Well, maybe I am missing something - The movement of the particles is along the z-axis (ie the reference obrit) and I need to calculate the y' = ds/dy and x'=ds/dx - So, the y' is actually the theta angle, but the phi angle accounts for the angle in the X-Y plane, while I would need the x' =...
Hello
I have this problem - From a generator, I get a compton scattering with the electrons theta and phi angles.
where I having the following equations for a particle
px = E_particle * sin (theta) * cos (phi);
py = E_particle * sin (theta) * sin (phi);
pz = E_particle * cos (theta)...
Hi
I am trying to find the equations of a charged particle inside a dipole & quadripole. Practically, I need to write a simulation program for it which assumes a beam passing through a dipole-quadripole-dipole which are setting around an arc. Is there some recommended literature ? Of course...
Hi
I have been reading that we "believe" that new physics must be O(~1 TeV) and not higher and I am trying unsuccessfully to find some ref for this.
What I do understand is that if we we assume the Standard Model is valid for scales Q<Λ , where
Λ∼O(1TeV).At one-loop level, we get large...