EMBODIED MIND, THE: UNRAVELLING AI, MEDICINE, AND PHYSICS

The Embodied Mind approaches AI and the modern revolutionary breakthroughs in medicine, biology, and physics in conversation with the role of the humanities. A mathematician, engineer, and physician, Professor Thanasis Fokas is interested in intensive and focused analysis of these fields: the achievements, uses, neurophysiology, and possible problems of AI; advances in immunology, cancer, and gene editing; the striking inventiveness of Einstein and the primacy of experimental physics; and, finally, the fundamental unconscious processes of the brain and the critical importance of sleep. Throughout the book, Fokas emphasises the crucial role of the arts and letters in today's society, which is increasingly driven towards mechanisation, where emotional and affectional aspects are ignored and emphasis is seemingly directed only towards purely algorithmic, machine-driven gadgets.

No other book matches this title in its combination of breadth, depth, and interdisciplinary focus. Postgraduate researchers across a wide variety of fields will find cutting-edge discoveries presented with appropriate vigour, while general readers will be able to appreciate the nuances and complexities of the topics covered.

What, if any, significant role will be left for humans to play in this anxious, unpredictable world of AI and robotics? Fokas distils the defining aspects of our modern condition to consider, suggest, and advise readers on ways to perceive and engage with the world, avoid catastrophe, and unravel our understandings of AI, medicine, and physics.

Contents:

• About the Author
• Acknowledgement
• Introduction
• Artificial Intelligence and Related Neurophysiological Considerations:
  • Artificial Intelligence
  • The Impact of Artificial Intelligence on Medicine
  • Opportunities and Challenges
  • The Embodied Brain and Laterisation
  • The Vital Importance of Glial Cells
  • Artificial Intelligence versus Human Thought
• Medical Breakthroughs:
  • Breakthroughs in Immunology
  • Clinical Implications of Immunological Breakthroughs
  • Breakthroughs in the Fight Against Cancer
  • Novel Approaches to Cancer Treatment
  • A Unified Approach to Aetiology and Treatment in Medicine
  • Gene Editing
• Breakthroughs in Physics:
  • Associations and the Striking Inventiveness of Einstein
  • Generalisation, Mathematisation, Unification, and Quantum Electrodynamics
  • Dismantling the Atom and the Astonishing Contributions of Cavendish Laboratory
  • Co-operation and the Primacy of Experimental Physics
  • Interdisciplinarity and the Huge Impact of Particle Physics
• The Importance of Unconscious Processes and Mapping the Brain:
  • Time-Lag in Conscious Sensory Perception and Free Will
  • The Impact on Health of Largely Unknown Unconscious Processes
  • The Crucial Importance of Sleep
  • Mapping and Acting on the Brain
• Epilogue
• Index

Readership: Undergraduate, postgraduate, and postdoctoral researchers as well as those without university education with an interest in interdisciplinary thought in the modern world. Specialists seeking to widen their intellectual perspective and generalists seeking to deepen their conceptual understanding.