View source for Enhaforcesection

[[Itoforcespace]] is a part of the [[Itoenvirospace]], along with [[Itoinjuryspace]], [[Itochemspace]], [[Itodiseasespace]]. It is a measurement of the external physical forces that influence the [[structure and functioning]] of the [[itobody]]. The human body produces it's own forces that influence how the body functions and the [[consciousness]] that it produces. This is however part of the [[internaspace]] not the [[forcespace]]. The types of physical forces that the [[itoforcespace]] includes are pressure, gravity, radiation, acceleration, and electromagnetic.

There are a very large amount of [[force grouping sequence]]s that can be created. Together they form a [[fgscontinuum]]. A [[fgscontinuum]] can be organized in many different ways depending on the goals that are desired. Each [[force grouping sequence]] of a [[fgscontinuum]] can be theoretically applied to each possible different [[itophysapath]] thus forming a [[itophysacontinuum]]. When we apply every [[force grouping sequence]] to every possible physapath we have a continuum of continuums. The continuum of continuums ([[multicontinuum]]) can be simplified because much of the information will be redundant. For example there will be many [[force grouping sequence]]s that have no effect on the [[physapath]] consequently, no effect of the [[awarepath]], [[mentapath]], or [[ixpepath]] however the [[epipath]] will include this information. 

Also sometimes a different [[force grouping sequence]] will have the same effect on different [[itophysapath]] producing the same [[consciousness]]. Or sometimes a different [[itophysapath]] can be influenced by the same [[force grouping sequence]] to produce the same [[consciousness]]. These are two more ways of simplification of the resulting [[multicontinuum structure]]. 

When all of the redundancy is removed we have the [[complete final influenced continuum]], [[complete final influenced physacontinuum]], [[complete final influenced awarecontinuum]], [[complete final influenced mentacontinuum]], [[complete final influenced ixpecontinuum]], [[cficontinuum]],  [[cfiphysicontinuum]], [[cfiawarecontinuum]], [[cfimentacontinuum]], [[cfixpecontinuum]], of course this will be for just one universe with one set of physical laws. 

See also: [[itofazspace]], [[Itoexternaspace]], [[Itointernaspace]], [[Itoqmspace]], [[Itoenvirospace]], [[Itochemspace]], [[Itoinjuryspace]], [[Itoforcespace]], [[Itodiseasespace]],  [[externafazspace]], [[internafazspace]], [[qmfazspace]], [[envirofazspace]], [[chemfazspace]], [[injurysfazpace]], [[forcefazspace]], [[diseasesfazpace]], [[Itointernafazspace]], [[Itoexternafazspace]], [[Itoqmfazspace]], [[Itochemfazspace]], [[Itoinjuryfazspace]], [[Itodiseasefazspace]], [[itoenvirofazspace]],  [[Itoforcefazspace]], [[igscontinuum]], [[dgscontinuum]], [[fgscontinuum]], [[sgscontinuum]], [[exgscontinuum]], and [[evgscontinuum]].


[[Oriforcespace]] is a measurement of how external physical forces influence a [[orispace]].

[[Oriforcepoint]] is how a specific group of external physical forces influences an [[oripoint]].

[[Oriforcemoment]] is how a specific group of external physical forces influences an [[orimoment]].

[[Oriforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[orisection]].

[[Oriforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[oripath]].

[[Oriforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[oripath]]s.

[[Oriforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[orisection]]s, [[oripath]]s and, or [[orivenue]]s.

[[Oriforcecontinuum]] is a total grouping of all possible [[oriforcespace]]s.


[[Idoforcespace]] is a measurement of how external physical forces influence a [[idospace]].

[[Idoforcepoint]] is how a specific group of external physical forces influences an [[idopoint]].

[[Idoforcemoment]] is how a specific group of external physical forces influences an [[idomoment]].

[[Idoforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[idosection]].

[[Idoforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[idopath]].

[[Idoforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[idopath]]s.

[[Idoforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[idosection]]s, [[idopath]]s and, or [[idovenue]]s.

[[Idoforcecontinuum]] is a total grouping of all possible [[idoforcespace]]s.


[[Coriforcespace]] is a measurement of how external physical forces influence a [[corispace]].

[[Coriforcepoint]] is how a specific group of external physical forces influences a [[coripoint]].

[[Coriforcemoment]] is how a specific group of external physical forces influences a [[corimoment]].

[[Coriforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[corisection]].

[[Coriforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[coripath]].

[[Coriforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[coripath]]s.

[[Coriforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[corisection]]s, [[coripath]]s and, or [[corivenue]]s.

[[Coriforcecontinuum]] is a total grouping of all possible [[coriforcespace]]s.


[[Citoforcespace]] is a measurement of how external physical forces influence a [[citospace]].

[[Citoforcepoint]] is how a specific group of external physical forces influences a [[citopoint]].

[[Citoforcemoment]] is how a specific group of external physical forces influences a [[citomoment]].

[[Citoforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[citosection]].

[[Citoforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[citopath]].

[[Citoforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[citopath]]s.

[[Citoforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[citosection]]s, [[citopath]]s and, or [[citovenue]]s.

[[Citoforcecontinuum]] is a total grouping of all possible [[citoforcespace]]s.


[[Vitoforcespace]] is a measurement of how external physical forces influence a [[vitospace]].

[[Vitoforcepoint]] is how a specific group of external physical forces influences a [[vitopoint]].

[[Vitoforcemoment]] is how a specific group of external physical forces influences a [[vitomoment]].

[[Vitoforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[vitosection]].

[[Vitoforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[vitopath]].

[[Vitoforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[vitopath]]s.

[[Vitoforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[vitosection]]s, [[vitopath]]s and, or [[vitovenue]]s.

[[Vitoforcecontinuum]] is a total grouping of all possible [[vitoforcespace]]s.


[[Fitoforcespace]] is a measurement of how external physical forces influence a [[fitospace]].

[[Fitoforcepoint]] is how a specific group of external physical forces influences a [[fitopoint]].

[[Fitoforcemoment]] is how a specific group of external physical forces influences a [[fitomoment]].

[[Fitoforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[fitosection]].

[[Fitoforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[fitopath]].

[[Fitoforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[fitopath]]s.

[[Fitoforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[fitosection]]s, [[fitopath]]s and, or [[fitovenue]]s.

[[Fitoforcecontinuum]] is a total grouping of all possible [[fitoforcespace]]s.


[[Isoforcespace]] is a measurement of how external physical forces influence a [[isospace]].

[[Isoforcepoint]] is how a specific group of external physical forces influences an [[isopoint]].

[[Isoforcemoment]] is how a specific group of external physical forces influences an [[isomoment]].

[[Isoforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[isosection]].

[[Isoforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[isopath]].

[[Isoforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[isopath]]s.

[[Isoforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[isosection]]s, [[isopath]]s and, or [[isovenue]]s.

[[Isoforcecontinuum]] is a total grouping of all possible [[isoforcespace]]s.


[[Enhaforcespace]] is a measurement of how external physical forces influence a [[enhaspace]].

[[Enhaforcepoint]] is how a specific group of external physical forces influences an [[enhapoint]].

[[Enhaforcemoment]] is how a specific group of external physical forces influences an [[enhamoment]].

[[Enhaforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[enhasection]].

[[Enhaforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[enhapath]].

[[Enhaforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[enhapath]]s.

[[Enhaforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[enhasection]]s, [[enhapath]]s and, or [[enhavenue]]s.

[[Enhaforcecontinuum]] is a total grouping of all possible [[enhaforcespace]]s.


[[Musforcespace]] is a measurement of how external physical forces influence a [[musspace]].

[[Musforcepoint]] is how a specific group of external physical forces influences a [[muspoint]].

[[Musforcemoment]] is how a specific group of external physical forces influences a [[musmoment]].

[[Musforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[mussection]].

[[Musforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[muspath]].

[[Musforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[muspath]]s.

[[Musforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[mussection]]s, [[muspath]]s and, or [[musvenue]]s.

[[Musforcecontinuum]] is a total grouping of all possible [[musforcespace]]s.


[[Insiforcespace]] is a measurement of how external physical forces influence a [[insispace]].

[[Insiforcepoint]] is how a specific group of external physical forces influences an [[insipoint]].

[[Insiforcemoment]] is how a specific group of external physical forces influences an [[insimoment]].

[[Insiforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[insisection]].

[[Insiforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences an [[insipath]].

[[Insiforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[insipath]]s.

[[Insiforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[insisection]]s, [[insipath]]s and, or [[insivenue]]s.

[[Insiforcecontinuum]] is a total grouping of all possible [[insiforcespace]]s.



[[Tritoforcespace]] is a measurement of how external physical forces influence a [[tritospace]].

[[Tritoforcepoint]] is how a specific group of external physical forces influences a [[tritopoint]].

[[Tritoforcemoment]] is how a specific group of external physical forces influences a [[tritomoment]].

[[Tritoforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[tritosection]].

[[Tritoforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[tritopath]].

[[Tritoforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[tritopath]]s.

[[Tritoforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[tritosection]]s, [[tritopath]]s and, or [[tritovenue]]s.

[[Tritoforcecontinuum]] is a total grouping of all possible [[tritoforcespace]]s.


[[Nrgforcespace]] is a measurement of how external physical forces influence a [[nrgspace]].

[[Nrgforcepoint]] is how a specific group of external physical forces influences a [[nrgpoint]].

[[Nrgforcemoment]] is how a specific group of external physical forces influences a [[nrgmoment]].

[[Nrgforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[nrgsection]].

[[Nrgforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[nrgpath]].

[[Nrgforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[nrgpath]]s.

[[Nrgforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[nrgsection]]s, [[nrgpath]]s and, or [[nrgvenue]]s.

[[Nrgforcecontinuum]] is a total grouping of all possible [[nrgforcespace]]s.


[[Comboforcespace]] is a measurement of how external physical forces influence a [[combospace]].

[[Comboforcepoint]] is how a specific group of external physical forces influences a [[combopoint]].

[[Comboforcemoment]] is how a specific group of external physical forces influences a [[combomoment]].

[[Comboforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[combosection]].

[[Comboforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[combopath]].

[[Comboforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[combopath]]s.

[[Comboforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[combosection]]s, [[combopath]]s and, or [[combovenue]]s.

[[Comboforcecontinuum]] is a total grouping of all possible [[comboforcespace]]s.


[[Simiforcespace]] is a measurement of how external physical forces influence a [[simispace]].

[[Simiforcepoint]] is how a specific group of external physical forces influences a [[simipoint]].

[[Simiforcemoment]] is how a specific group of external physical forces influences a [[simimoment]].

[[Simiforcesection]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[simisection]].

[[Simiforcepath]] is how a specific group of external physical forces, in one of a number of different sequences, influences a [[simipath]].

[[Simiforcevenue]] is how one or more groups of external physical forces, in one or more different sequences, influences a concept based grouping of [[simipath]]s.

[[Simiforceregion]] is how one or more groups of external physical forces, in one or more different sequences, influences a grouping of [[simisection]]s, [[simipath]]s and, or [[simivenue]]s.

[[Simiforcecontinuum]] is a total grouping of all possible [[simiforcespace]]s.