Galactic Expansion/Wave Travel Theory

Galactic Expansion /Wave Travel Theory

Theoretical explanation for mechanisms by which photons (primarily electrons) travel through space as waves may be related to the explanation by which universes grow in size but not mass.

Fission and fusion reactions occur within a star such as our sun.  Illustrated above, during fission reactions the nucleus consisting of a neutron (N) and a proton (P) are separated to produce energy and emit a photon (e-).  After this electron is released into ‘space', the proton and neutron remaining from the fission reaction are ‘recycled' back into the star to become part of a fusion reaction bringing a proton and electron together again to continue this cycle. (1)

Aside from this fission-fusion cycle (1), another cycle is proposed to exist (2).  This reaction mechanism is theorized to be the driving force behind electron wave travel, also, galactic expansion.  In a separate fission reaction (2), A proton and electron are separated from a neutron and are ‘recycled' to undergo further fusion reactions bringing together a neutron and proton from (1), with additional protons from (2), as needed.  The neutron emitted from (2) is released as a polarized neutron, with slightly positive and slightly negative poles.  As this polarized neutron is emitted into space, reacting with other polarized neutrons would cause a rapid cycle of spinning or vorticular movement between infinite numbers of these polarized ions.  As this rapid magnetic pushing and pulling occurs, the slightly positive and slightly negative ends of the neutrons would cause a negatively charged particle such as an electron to be pulled and pushed ‘up and down' through space, thus creating a ‘wave movement'.  Particles from (1) and (2) will then undergo fusion reactions (3) within the star to continue the reactions described above.

The mass of a neutron within the molecular structure of an atom is minimal, and thus may also be related to the explanation for an expanding galaxy that grows in size but not in mass. 

William Dean Zitterkopf II

Copyright Thursday, August 6, 2009

9:27 am