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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
 
 

  A brief summary of the ideas exposed:

The electron is a fundamental particle with spin.
The electron can be described as a Point Charge spinning around its Center  of Mass, at the speed of light.
The mass is just a reflection of the Energy of the spinning charge.
This model allows negative charges to “attract” each other at short distances
Electrons can form stable “bound” states with spin=1, allowing boson condensates, like in superconductivity.
Electrons have an internal frequency, associated to the spinning motion of the CC and which depends on the velocity of its CM. Therefore, a beam of electrons of the same velocity can show a wave behavior when interacting with a slit or a hole, thus producing a diffraction pattern.
Matter are particles with some internal frequency and therefore an internal clock whose frequency depends on its CM velocity.
Spinning electrons can tunnel through potential barriers.
M. Rivas