44- electron structure


Positron structure

Positron - high energy level structure

Proton structure

Neutrino structure

Neutrino converting to photons

Proton - 3-D unidirectional energy component

Antiproton structure

Hydrogen atom and proton


Electron structure

An electron consists of 2-D electric energy moving outward (accelerating) from system center toward a lower energy level (less density) by transferring some of its energy to adjacent 123d space, which forms opposing 2-D magnetic energy to provide directional balance to the electric energy. 

The electron’s magnetic energy may consist of a 2-D plane perpendicular to the 2-D electric energy, the two sharing a common axis of spin.  The energy of adjacent 123d space also forms time energy at 180 degrees to the magnetic energy as it forms to oppose the magnetic energy, thereby maintaining the directional balance of 123d space.  Time energy immediately dissipates back into 123d space as it forms, providing directional balance to the magnetic energy while allowing the magnetic energy to provide maximum directional balance to the electric energy.

Once the 2-D magnetic energy reaches its maximum energy level - the inherent 2-D energy magnitude of 123d space - then it can take on no more energy.  The magnetic energy then returns its newly acquired energy back to the 2-D electric energy, forcing it to return to its original higher energy level (higher energy density) at system center.  The electric energy returns to system center along the 1-D axis of spin - displacing 1-D space in this phase, possibly facilitated by system spin. 

The process then repeats itself.

The electron represents a lower energy structure than a positron because its 2-D electric energy moves from a higher energy level (higher density) to a lower energy level (lower density) - like a river flowing downhill. 2-D energy represents a higher energy state than 1-D energy, and is therefore the factor that determines the structural energy level of an electron versus that of a positron.

Update (4-29-14): It may that the 2-D electric energy of an electron consists of predominantly kinetic energy of 123d space (e.g., ratio of 20:80 potential:kinetic energy of 123d space), while its 2-D magnetic energy is composed of predominantly potential energy of 123d space (e.g., ratio of 80:20 potential:kinetic energy of 123d space). See more about this in sections, Particle jumping out of its gravitational energy gradient and Vacant gravitational energy gradients form new particles.


See illustration below. Click here for enlargement. 





To explore traditional views on the properties of an electron, see "Electron" at Wikipedia.