engleski

Cause-and-Effect Interactions in Natural Sciences

This article aspires to offer more evidence for the existence, role and importance of cause-and-effect interactions in causal relations which govern some of the most important conceptions in the empirical comprehension of reality. The study takes up the idea of general causality in order to reveal more clearly the finite cause-and-effect interaction concept of progressing changes in nature. The changes in causal relations are mathematically formulated in the article as accumulations of effects induced by their interactions with causes. The interaction relates the elapsed effect to the available capacity of the forthcoming cause. The trans-temporal interaction concept links the past and future time separated by irreversible instant of reality observable only at the present moment. The analytical interaction model is applied to investigations of aging, vital capacity and fatigue. The study suggests that observable parameters for propensity and intensity of the interaction model describe in an appropriate way some natural phenomena.

causality; interaction; aging; growth hormone decline; basal metabolic rate; forced vital capacity; fatigue

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