Consciousness: Emerging Theory in Biology, Psychology and Technology: The Symmetries and Complexity

Abstract

This paper examines the complexity theory of consciousness, which is one of many hypotheses proposed to explain the emergence of complexity from the basic notion. Our goal is to establish which characteristics have more fundamental implications for the emergence of biology, psychology, and technology, as opposed to those that are more peripheral in these contexts. In the examples we discuss, the complexity is quite rational and factual in connection to biological and psychological processes. The most adaptive hierarchical structures are open systems that participate in the behavior. Each system is causally successful because they work together, and their value cannot be overstated. Various biological processes are responsible for achieving the aim, while physical limits also influence the outcomes that can be attained. The underlying issue is the origin of consciousness and the biological basis of life, which are structured and variable in the principles used to study consciousness in psychology. One possible answer is to acknowledge that consciousness is an irreducible emergent characteristic of brain tissue. The structure and function of the brain have been extensively characterized over the previous ten decades, yet the level of awareness is debatable. The level of awareness is a frequent complex in biological, psychological, and technological fields. Our goal is to identify common characteristics that will allow us to explain the idea of consciousness.