Page 330 - The Final Appeal to Mankind
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«The Final Appeal to Mankind» by Nicolai Levashov


                    [ ∫ ∫k(N;s)ωdsdN] / ∫ds > W/S
                      N  s                       s
                      (+)
            Writing the same equation in a somewhat changed form we obtain:


                     ∫ ∫ k(N;s)ωdsdN < W
                    N s
                     (-)
                     ∫ ∫ k(N;s)ωdsdN > W                              (9a)
                     (+)
                    N  s
            From  the  equation  (9a)  we  obtain  two  correlations  defining  the  movement  of  the
            population towards reinstating ecological balance.

                     ∫ ∫ k(N;s)ωdsdN → W
                     (-)
                    N s
                     ∫ ∫ k(N;s)ωdsdN → W                              (10)
                     (+)
                    N s
            From the above equation we can obtain the parameter of the psi-field density change
            resulting from the change in the number of members of a population.

                        (+)
                    ΔW  = ∫ ∫ k(N;s)ωdsdN - ∫ ∫ k(N;s)ωdsdN                  (11)
                              (+)
                                    N s                     n s
                        (-)
                    ΔW  = ∫ ∫ k(N;s)ωdsdN - ∫ ∫ k(N;s)ωdsdN                  (12)
                                     n s                    N s
                                                   (-)
            Analysis of these equation allows only the following conclusions:

            1) Any one individual’s psi-field (ω) adversely affects the condition and functioning
            of another individual’s organism.


            2) Each individual’s psi-field also performs a protective function: It blocks and/or
            significantly diminishes the adverse impact of another individual’s psi-field.

            3) Given a balance between the number of members of a population and the ecological
            system as a whole, the protective function of each individual’s psi-field neutralizes
            the adverse effect of other individuals’ psi-fields in the population.

            4)  Given  an  excessive  density  of  the  population’s  aggregate  psi-field,  (W),  the

            protective function of each individual’s psi-field neutralizes only a part of the adverse
            impact of other individuals’ psi-fields. The non-neutralized impact of psi-fields on the
            other  individuals  in  the  population  has  a  depressive  effect  on  each  individual’s
            organism, resulting in a decrease in the birth rate and an increase in the death rate.

            5) Given an insufficient density of the aggregate psi-field of the population (W), part
            of  an  individual’s  potential,  its  “vital  force”,  previously  expended  on  generating  a

            protective psi-field, may now be used by the organism to ensure a maximally efficient
            mode of functioning resulting in an increase in the birth rate and a longer life span.



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