Key Words

mono-charge, monocharge, elemental particle, photon, neutrino, electron, quark, sub-atomic particles, matter, Standard Model of Matter, force, charge force, magnetic force, nuclear force, gravity force unification, 


Mono-Charge Physics theory began with the developoment of a real physical model of photon particles that fit all known experimental measurements . That initial study placed photon particles on the same real physical basis as all other known matter in the Universe- that is, all matter is made of mono-charges.  The theory then expanded into a better understanding of the development of all matter and force. 

It is theorized that each mono-charge is a singular point-charge that possesses a singular charge type (either positive or negative), a given charge strength from a wide variation possible, inertia (also seen as 'mass') that is directly proportional to its charge strength, and the capability of 3 dimensional movement.   

All mono-charges always/continuously chage force interact with other mono-charges to cause/generate a charge force (following basic higher matter level charge force laws and rules) which is then directly applied to each interacting mono-charge, causing resultant accelerations (following F=m*a) of those interacting mono-charges. 

The existence of mono-charges provides a basis for examining the theory that all force (ie, charge, magnetic, nuclear weak/strong, gravity) is based on charge force interactions - as all force is caused/ generated between and applied/ acting only on the interacting mono-charges, as modified by relativity. In addition, and until proven otherwise, all force is considered to be projected instantly across space with its strength diluted/ reduced by spatial distance.  Further, the charge strength of each mono-charge and its charge force strength projection through space is modified by movement, expecially relativistic movement. 

Those natural forces drive free mono-charges to form overall charge neutral elemental particles, then by induction to form complex particles, atoms and higher matter that can be traced over the life of the kinetically cooling Universe. That matter formation process starts with one strongest charge strength mono-charge of the dominant Charge Type that joins with many, weaker mono-charges of the opposite charge type.  the Dominant Charge Type of a particle provides most of the properties of that particle, while the distribution of the weaker opposite charge type mono-charges provides the level of reactivity of that particle. Elemental particles and their Charge Type Domination, from weakest bondied (and therefore last formed) to the strongest bonded (and earliest formed) are: photons(-), neutrinos(+), electrons(-), quarks (both+/-) on up to the strongest bonded elementary particles that formed and then seeded giant stars and Black Holes. 

Key Figures

The known elemental particles and their dominant charge types, from weakest joined to strongest joined are: Photons (-), neutrinos (+), electrons (-), quarks (wide variety of both+/-), and stronger bonded particles that formed giant stars and Black Holes.  In the figures below, the relative size of the mono-charges' circular diameters represent the relative charge strength of that mono-charge ( more exactly the distance of a generated unit force strength around the static single-point charge when interacting with a unit-strength mono-charges at a unit distance apart).  The colors of the circle and fill represent a given charge type. Note that opposite charge type mono-charges interact  to cause an attraction force to allow then to join and bond together, while like type charges repel each other to cause further diatance apart.