Home:
The Spinning Particle Model

The Classic Model
of the Electron
The Spinning Particle Model of the Electron
Some Predictions
of this model are:
Explaining the Questions raised by the Classical Model
Chirality
Negative charges
Attracting each other
Graphical Particle Collision Solver
Particle & Wave Behavior
Tunnel Effect
Spin Polarized Tunnelling (Giant Magnetoresistance)
Theory of Radiation
Gyromagnetic Ratio g=2
Measuring the Size
of the Electron
The Hydrogen Atom Model
Relativity: Time and Spedd
A brief summary
of the ideas exposed
.
Discussion Forum
References
Acknowledgements
Annex 1:
Calculating the Spin
   The Spinning Particle Model
 
 

 Graphical Particle Collision Solver (I)

When you execute SOLVER in the next slide, you can see the Coulomb interaction of two electrons with parallel spins.
You can control the following variables:
Particles Initial Conditions tab:
a is the separation (in units of Compton’s wavelength) between their CM’s in the x direction
b is the separation (in units of Compton’s wavelength) between their CM’s in the z direction
v1, v2 and v3 are the x, y and z components of the initial velocity of particle 1. Particle 2 moves with initial velocity -v1,-v2 and -v3.
Z1 and Z2 are the initial phases of the two CC’s in their internal motion around their CM’s.
angles theta and phi define the initial orientation of the spin of particle 1.
External Forces tab:
E1, E2, E3, B1, B2, B3 are the components of the external electric and magnetic field.
In Config tab you can control the duration and the step of the integration process, as well as the extension of the drawing window in natural units.
1 unit represents the diameter of the motion of the CC around the CM and is Compton’s wavelength
M. Rivas