The Genesis of Classifying Humans for Their Diversified Brain Hardware in Light of SOMU Theory of Consciousness

This book challenges the conventional wisdom that assigns distinct roles to the left and right hemispheres of the brain. Through a series of experiments and observations, it reveals surprising insights into how these hemispheres interact during various tasks. In Chap. 2 , the mirror drawing task defied expectations, showing that rapid performers do not necessarily synchronize their brains but exchange energy between hemispheres. Chapter 3 uncovers a multi-category emotional map with unexpected thermal facial asymmetry. Chapter 4 ’s cognitive study exposes unique brain pathways in sequential tasks. In Chap. 5 , we have generalized the results into the theory of consciousness namely, Self-Operating Mathematical Universe, SOMU. Silent communication in Chap. 6 reveals synchronized brain activities, challenging the classic left–right brain concepts and individualism. This chapter argues that it is not absolute to see the mind of a person into oneself, there are people around him with whom the person shares consciousness. These findings question common beliefs and emphasize the importance of categorizing individuals based on emotional responses. Understanding individual brain differences has profound implications for cognition and emotion, highlighting the need for improved research methodologies in the future. The introduction of DDG, an advanced EEG technology, into group studies of human subjects has led to profound revelations regarding human consciousness. Notably, these insights challenge conventional notions in three key aspects: Firstly, the concept of time has transcended the binary categorization of linear or nonlinear, instead presenting itself as a complex fractal architecture governed by a 3D clock assembly; secondly, the brain exhibits the capacity to identify invariants and subsequently constructs them within the framework of space–time-topology-prime quartet, emphasizing the primacy of these invariants over spatio-temporal dynamics; thirdly, our exploration aligns with the theory of Self-Operating Mathematical Universe (SOMU), wherein consciousness is intricately linked to mathematical principles. In this final chapter, we delve into a comprehensive examination of the critical attributes inherent in SOMU, aiming to establish a holistic understanding of consciousness that encompasses its diverse facets.