Laws Of Multiplicity and the conservation of time within the
Posted: January 27th, 2016, 11:24 pm
absolute
All systems are in an absolute position in time
no two systems can occupy the same position
The multidimensional primary guidance system
of multiplicity is the set of all possibilities
Dimensions are subsets of all possibilities
producing complete complex but limited possibility systems
The system is universally multidimensional and absolutely aware
of the sum of positions both in and out of time
a subset may cycle but the cycle is never completed at the absolute point of origin
A subset may reach terminal completion resulting in a new origin but never absolute completion
resulting in a new set of limited possibilities
Consolidated systems are completely relative to the total
any changes in one system result in total balanced consequence
The complexity is multidimensional and can be written as all possibilities squared
All systems are in an absolute position in time
no two systems can occupy the same position
The multidimensional primary guidance system
of multiplicity is the set of all possibilities
Dimensions are subsets of all possibilities
producing complete complex but limited possibility systems
The system is universally multidimensional and absolutely aware
of the sum of positions both in and out of time
a subset may cycle but the cycle is never completed at the absolute point of origin
A subset may reach terminal completion resulting in a new origin but never absolute completion
resulting in a new set of limited possibilities
Consolidated systems are completely relative to the total
any changes in one system result in total balanced consequence
The complexity is multidimensional and can be written as all possibilities squared