A Universal Formula-Based Interpretation of Evolution and Natural Selection

Title: A Universal Formula-Based Interpretation of Evolution and Natural Selection Author: Angelito Malicse Abstract: This paper proposes a novel interpretation of biological evolution and natural selection through the lens of a universal formula consisting of three fundamental natural laws: (1) the Law of Karma (Cause, Effect, and Systems), (2) the Law of Balance in Nature, and (3) the Law of Feedback Mechanism between Minds or Systems. These laws, originally formulated to address the problem of free will, also offer a comprehensive framework for understanding the mechanisms underlying evolutionary change. By applying this universal formula, we gain a deeper understanding of evolution not merely as a random or purposeless process, but as one governed by the same natural principles that apply to human behavior, systems engineering, and the maintenance of balance in complex systems. 1. Introduction The theory of evolution by natural selection, as first formulated by Charles Darwin, explains how life changes over time through variation, inheritance, and differential survival and reproduction. While the theory is grounded in empirical science, its interpretation has often been limited to biological mechanisms. This paper introduces a broader philosophical and systemic view by applying a universal formula composed of three interconnected natural laws, originally designed to solve the problem of free will. This framework reveals that evolution is not a chaotic or random process, but one that is deeply embedded in the natural order governed by cause and effect, balance, and feedback mechanisms. 2. The Universal Formula 2.1 Law of Karma (Cause, Effect, and Systems) 2.2 This law posits that every cause has an effect and that all systems, whether natural or artificial, must be free from defects to function properly. In the context of evolution, genetic variation is the cause, and natural selection is the filtering process that determines the effect—whether an organism survives and reproduces. Organisms are biological systems; those with traits (or “designs”) that are defective or maladaptive fail to thrive, while those with effective traits persist. Thus, evolution can be seen as a continuous system refinement governed by this law. 2.3 Law of Balance in Nature 2.4 This law emphasizes that nature maintains equilibrium across all systems. Evolutionary processes inherently seek balance between organisms and their environment. Natural selection promotes traits that help maintain or restore balance—such as behavioral adaptations, camouflage, and symbiotic relationships. Species that disrupt this balance through overconsumption or maladaptation often face extinction. The law of balance is therefore evident in the cyclical and stabilizing nature of ecological and evolutionary dynamics. 2.3 Law of Feedback Mechanism between Minds or Systems Though originally applied to conscious decision-making, this law also applies to the biological and ecological interactions that shape evolution. Organisms continuously interact with each other and their environments, creating feedback loops. For example, predators evolve in response to prey behavior, and vice versa. In social species such as humans, mental and cultural feedback further drives evolutionary development. These feedback mechanisms are essential for adaptation and evolution, reinforcing the universality of this law. 3. Evolution as a Manifestation of the Universal Laws When viewed through this universal formula, evolution is revealed as a highly ordered process. The generation of variation, the selection of tr