Enhancing the plasticity, proper function and efficient use of energy of the Sun, genes and microtubules using variability

Abstract

Backgournd Variability is essential for the efficient functioning of multiple systems in nature. Systems do not function according to rigid rules, easy to determine. The reasons for such behaviour directly affect the design and efficient energy utilization. Aim and methods In this paper, we review the relevant studies and present examples of variabilities in the functions of the Sun, genes and microtubules (MTs) and discuss the potential implications of these variabilities to their operations. Results Variability characterizes multiple systems in nature and is mandatory for their proper function. Variability can also be detercted in quantum effects in physics and several biological systems. Loss of the inherent variability of systems leads to less efficient energy usage and is associated with their malfunction. Variability is an energy‐dependent effect, and examples of the potential importance of electromagnetic energy in the behaviours of the Sun, genes, MTs and quantum effects are provided. Methods are presented for increasing the degrees of the variability of systems for improving their efficiency of energy usage, correcting malfunctioning systems that lost their variability, and improving their function. Summary The collaborative efforts of multiple disciplines in science, along with notions based on literature, philosophy, and industry‐evolving concepts, set up variability‐based signatures for progressing systems. Uses of these methods are demonstrated in therapeutic interventions and designing daily‐use devices.

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