The Precise Positron and Electron: Difference between revisions
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==Abstract== | ==Abstract== | ||
Vector particle physics shows that all precision in nature scales from the precise size of the electron and positron. The fundamental physical constants are known to within a few parts per billion uncertainty. These vector positron and electron identically return all known electron constants and several previously unknown electron fundamental constants as proof of concepts. Electron mass, spin angular momentum, charge and magnetic moment are derived. The cause of particle spin angular momentum is shown to be the conservation of the structure photon's linear momentum in the unique structure geometry. New previously unknown electron characteristics of loop current, loop voltage, loop impedance Z<sub>0</sub>/2 and electron flux quantum are derived. The fine structure constant (alpha) is derived from the vector geometry. The fundamental charge (e) is shown to be size independent from the constant ratio between particle volume and current loop areas. Size independence sets the value of the smallest charge possible as (e=1.602176487x10<sup>-19</sup> A-s) solving a long standing mystery of why the electron, muon and proton all have the same charge of (e).[[Category:Scientific Paper]] | Vector particle physics shows that all precision in nature scales from the precise size of the electron and positron. The fundamental physical constants are known to within a few parts per billion uncertainty. These vector positron and electron identically return all known electron constants and several previously unknown electron fundamental constants as proof of concepts. Electron mass, spin angular momentum, charge and magnetic moment are derived. The cause of particle spin angular momentum is shown to be the conservation of the structure photon's linear momentum in the unique structure geometry. New previously unknown electron characteristics of loop current, loop voltage, loop impedance Z<sub>0</sub>/2 and electron flux quantum are derived. The fine structure constant (alpha) is derived from the vector geometry. The fundamental charge (e) is shown to be size independent from the constant ratio between particle volume and current loop areas. Size independence sets the value of the smallest charge possible as (e=1.602176487x10<sup>-19</sup> A-s) solving a long standing mystery of why the electron, muon and proton all have the same charge of (e). | ||
[[Category:Scientific Paper|precise positron electron]] | |||
[[Category:Particle Physics]] | [[Category:Particle Physics]] | ||
Revision as of 13:23, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | The Precise Positron and Electron |
| Read in full | Link to paper |
| Author(s) | Thomas N Lockyer |
| Keywords | {{{keywords}}} |
| Published | 2010 |
| Journal | Proceedings of the NPA |
| Volume | 7 |
| No. of pages | 4 |
| Pages | 298-301 |
Read the full paper here
Abstract
Vector particle physics shows that all precision in nature scales from the precise size of the electron and positron. The fundamental physical constants are known to within a few parts per billion uncertainty. These vector positron and electron identically return all known electron constants and several previously unknown electron fundamental constants as proof of concepts. Electron mass, spin angular momentum, charge and magnetic moment are derived. The cause of particle spin angular momentum is shown to be the conservation of the structure photon's linear momentum in the unique structure geometry. New previously unknown electron characteristics of loop current, loop voltage, loop impedance Z0/2 and electron flux quantum are derived. The fine structure constant (alpha) is derived from the vector geometry. The fundamental charge (e) is shown to be size independent from the constant ratio between particle volume and current loop areas. Size independence sets the value of the smallest charge possible as (e=1.602176487x10-19 A-s) solving a long standing mystery of why the electron, muon and proton all have the same charge of (e).