The pandemic of COVID-19 has affected the world drastically, changing the course of interactions between people, jeopardizing the global economy, and creating a significant political strain. Approaching the problem of COVID-19 from a philosophical standpoint, one will recognize several determinist stances that can be applied to the problem at hand. The application of psychological and physical determinism to the situation at hand seems to be the most reasonable approach to adopt since the specified concepts help to define the future course of actions and the possible outcomes of the problem.
The use of physical determinism in addressing the COVID-19 issue helps to understand the nature of COVID-19 and the implications that the pandemic has on people’s lives from physical and physiological perspectives. Physical determinism allows performing experiments that lead to the discovery of causes and effects of COVID-19, including its implications for people’s mental and physical health (Eskov, Filatova, Eskov, & Gavrilenko, 2017). Thus, the use of physical determinism allows shedding light on the practical aspect of COVID-19 management. In its turn, psychological determinism leads to the understanding of the effects that the disease has on people’s mental state and health (Eskov et al., 2017). The development of depression, stress, and anxiety that staying indoors causes, as well as the pressure of the persistent threat, need to be examined closely, psychological determinism provides such an opportunity, inviting a detailed analysis of the described issues.
Understanding the nature and effects of COVID-19 is vital for managing it effectively. The adoption of the determinism principles and especially psychological and physiological determinism will help in understanding the implications of the pandemic. Moreover, the use of psychological and physiological determinism as crucial forms of the philosophy in question will spur further research on the nature of the disease and the ways of fighting it more effectively.
Reference
Eskov, V. M., Filatova, O. E., Eskov, V. V., & Gavrilenko, T. V. (2017). The Evolution of the idea of homeostasis: Determinism, stochastics, and chaos–self-organization. Biophysics, 62(5), 809-820.