2. Basic Hypotheses

2.2. Hypotheses:

H-1: The Mathematical Electron
H-2: The Electron as Emitter
H-3: The Equation of the Electron
H-4: The Sensitive Electron

H-1: The Mathematical Electron        

       

The electron (proton) can be represented mathematically by its position P, in a certain frame of reference, through the expression

P = P(x, y, z, t),

and through a vector w defined by

being this last one related to the internal structure of the electron (proton). K is presumably constant and v is an unitary vector.

 

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H-2: The Electron as Emitter        

       

 

 

The electron (proton) emits, for the surrounding space, electromagnetic information, which polarize this space.

 

 

 

 

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H-3: The Equation of the Electron        

      

 

The space polarized by an electron (proton), located in a point P, becomes perceptible through a vectorial field A whose value, in each point Q, depends on w and of the distance r between P and Q, that is to say,

being e the "mathematical radius of the electron".

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H-4: The Sensitive Electron       

An electron (proton), placed in a field A produced by other electrons (protons), it is sensitive, due to its interior structure, to directional variations of A.

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