Abstract
Timeless, Generational Mathematical Model of the Influence of Age Structure on the Change in the Numerical Composition of living Systems
Highlights
A mathematical prediction requires an author’s hypothesis about the future, explaining the mathematical result based on clear physical assumptions
In the present work, on the basis of the arithmetic progression of the age structure of the population, a generational, visual method is proposed for predicting the preservation, growth or decrease in the numerical composition of the population, including the human population of any region
This mathematical approach does not operate on the lifetime of individuals and is universal, that is, applicable to any living systems
Summary
A mathematical prediction requires an author’s hypothesis about the future, explaining the mathematical result based on clear physical assumptions. Abstract In the present work, on the basis of the arithmetic progression of the age structure of the population, a generational, visual method is proposed for predicting the preservation, growth or decrease in the numerical composition of the population, including the human population of any region. It is shown that the average number of individuals born in this generation per each heterogeneous couple is a criterion for the survival of a population the human population.
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