Figure 2 :
v
defined by its module v, β the zenithal angle and λ the azimuthal angle. Spin
S
CM
is defined by its zenithal angle θ and azimuthal angle ϕ.

16. References


17. Code for dynamic simulation of the electron with electromagnetic fields

Clean previous outputs


Vector definition of different observables


Dynamical equations in ElectroMagnetic field


Poincare Initial Conditions


Solve the dynamical equations


Definition of the Spin


Definition of the Angular Velocity components


Definition of Plot functions


Bookmarks


Manipulate definition


Output

In[]:=
manipulatePlot
Out[]=
​
Plot Controls
Time Controls
Particle CM initial location
Particle Spin initial orientation
Particle CM initial velocity
Fields Controls
Tips
Spinning Particle Model II : Electron in ElectroMagnetic fields
Initial Settings
B
x
=0.
B
y
=0.
B
z
=1.×
8
10
ω
bx
=0.
ω
by
=0.
ω
bz
=0.
E
x
=0.
E
y
=0.
E
z
=0.
ωe
x
=0.
ωe
y
=0.
ωe
z
=0.
θ=30. ϕ=90. ψ=0. v=0.1 β=90. λ=90. tMax=100.
Link to Article by Martin Rivas and Juan Barandiaran
Export Plot (1)
​

CITE THIS NOTEBOOK
