Itoqmfazspace
Itoqmfazspace is the grouping name for over 750 words. It is a fourplexcept. In other words it ties together four major concepts three being grouping concepts. The prefix qm refers to a singular concept. Itoqmfazspace is the changes that effect the itointernafazspace due to the randomness of the behavior of atoms and subatomic particles predicted by the quantum mechanics area of physics. If there are no external influences effecting how a physapath will behave it will still be modified by the qm changes to the internaphysapath.
The qm concept deals with how the itobrain or itobody is effected by the random changes that occur as predicted by quantum mechanics.
Itoqmfazspace is the grouping concept for how the random behavior of atoms and subatomic particles (as predicted by quantum mechanics, using probability ) effects structure and functioning, thus consequently, the consciousness and ixperiencitness of itobodies.
Itoqmfazspace is a grouping name for: Oriqmfazspace, Idoqmfazspace, Corqmfazspace, Citoqmfazspace, Vitoqmfazspace, Fitoqmfazspace, Isoqmfazspace, Enhaqmfazspace, Insiqmfazspace, Tritoqmfazspace, Musqmfazspace, Nrgqmfazspace, Comboqmfazspace, Simiqmfazspace,
Itoenvirofazspace is a grouping of Itochemfazspace, Itoinjuryfazspace, Itodiseasefazspace, and Itoforcefazspace.
Other related itofazspaces are: Itoexternafazspace, Itointernafazspace, Itosensefazspace, Itoqmfazspace,
Itoexternafazspace is a grouping of the itoenvirofazspace and the Itosensefazspace.
The Itointernafazspace is how an itobody would, or would have functioned if there were not the effects from the Itoqmfazspace, Itosensefazspace, and Itoexternafazspace concepts.
See also: Itoexternafazspace, Itosensefazspace, Itoqmfazspace, Itoenvirofazspace. Itofazspace
The change itself q, the physipath or physispace without the deviation p, the result of the change r, (q,p,) >> r. "d" is the difference between p and r.
The variable q can be in the form of a point to that of a continuum format, as it is with p and r. Since a quantum change is longer than a point, the concept of a point is for exact placement of a beginning point or an ending point, it is for identity of place.
Up till the venue level of complexity it is just one qmpath modifying one physapath. At the physivenue level we can have one qmpath modifying each of a number of different physapaths. Or where we have a number of different qmpaths modifying a number of different physapaths but only one unique qmpath modifies each one unique physipath. Then there is the result of the cross product where each different qmpath modifies every physipath. So you end up with the number of qmpath times the number of physapaths results.
There is the actual change, then there is the difference between the the modified state and the unmodified state.
Itoqmfazspace is a grouping name for:
Oriqmfazspace is the grouping name for any size orifazspace from an orifazpoint to an orifazmulticontinuum.
Oriqmfazpoint is the result of how the qmpoint effects an orifazpoint, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular fazpoint of an original.
Oriqmfazmoment is the result of how the qmmoment effects an orifazmoment, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular fazmoment of an original.
Oriqmfazsection is the result of how the qmsection effects an orifazsection, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular fazsection of an original.
Oriqmfazpath is the result of how the qmpath effects an orifazpath, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular fazpath of an original.
Oriqmfazvenue is the results of how the qmvenue effects an orifazvenue, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular fazvenue of originals.
Oriqmfazregion is the results of how the [[qmregion] effects an orifazregion, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular fazregion of originals.
Oriqmfazcontinuum is the results of how the qmcontinuum effects an orifazcontinuum, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular fazcontinuum of originals.
Oriqmfazmulticontinuum is the results of how the qmcontinuum effects an orifazcontinuum in a cross product, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular fazcontinuum of originals.
Oriqmphysispace is the grouping name for any size oriphysispace from an oriphysipoint to an oriphysimulticontinuum.
Oriqmphysipoint is the result of how the qmpoint effects an oriphysipoint, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular physipoint of an original.
Oriqmphysimoment is the result of how the qmmoment effects an oriphysimoment, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular physimoment of an original.
Oriqmphysisection is the result of how the qmsection effects an oriphysisection, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular physisection of an original.
Oriqmphysipath is the result of how the qmpath effects an oriphysipath, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular physipath of an original.
Oriqmphysivenue is the results of how the qmvenue effects an oriphysivenue, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular physivenue of originals.
Oriqmphysiregion is the results of how the [[qmregion] effects an oriphysiregion, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular physiregion of originals.
Oriqmphysicontinuum is the results of how the qmcontinuum effects an oriphysicontinuum, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular physicontinuum of originals.
Oriqmphysimulticontinuum is the results of how the qmcontinuum effects an oriphysicontinuum in a cross product, which is how the random changes in matter and energy, as predicted by Quantum Mechanics, effects a particular physicontinuum of originals.
For the continuation of this sequence of concepts see Idoqmfazspace, Corqmfazspace, Citoqmfazspace, Vitoqmfazspace, Fitoqmfazspace, Isoqmfazspace, Enhaqmfazspace, Insiqmfazspace, tritoqmfazspace, Musqmfazspace, Nrgqmfazspace, Comboqmfazspace, and Simiqmfazspace.
