This Paper investigates a number of new Principles of Reduction Synthesis including that Reduction Synthesis in inversely proportional to cell division
In Reduction: Synthesis in protoplasms of ens all time:space energy:matters must be brought together so that reduction:synthesis occurs.
Therefore the rate at which particles of any matter energy are brought together in ever-increasing mode multiplied by the rate of duration of the same bringing together will be as directly proportional to the rate of synthesis: reduction of the same (particles)
And vice-versa
Also:
The rate at which particles of any matter:energy are separated and repelled will be as inversely proportional to the rate of propensity of the same (matter:energy) to reduction:synthesis
And vice-versa
Further:
The rate at which reduction:synthesis occurs will be as inversely proportional to the rate of propensity to cell:division
And vice-versa
This Principle has already been manifested earlier on in our works : but we are by these presents attaching the same to its context into to-day’s works which are hereby still further developed, studied and manifested.
1/9/1996
3.29 P M
In Reduction: Synthesis in protoplasms of ens all time:space energy:matters must be brought together so that reduction:synthesis occurs.
Therefore the rate at which particles of any matter energy are brought together in ever-increasing mode multiplied by the rate of duration of the same bringing together will be as directly proportional to the rate of synthesis: reduction of the same (particles)
And vice-versa
Also:
The rate at which particles of any matter:energy are separated and repelled will be as inversely proportional to the rate of propensity of the same (matter:energy) to reduction:synthesis
And vice-versa
Further:
The rate at which reduction:synthesis occurs will be as inversely proportional to the rate of propensity to cell:division
And vice-versa
This Principle has already been manifested earlier on in our works : but we are by these presents attaching the same to its context into to-day’s works which are hereby still further developed, studied and manifested.
1/9/1996
3.29 P M