Jeff Hawkins: Thousand Brains Theory of Intelligence

In 'Why Red Doesn't Sound Like a Bell', J. Kevin O'Regan presents a novel perspective on consciousness, emphasizing how our senses interact with the environment to create our experience of the world. The book challenges traditional views of perception by suggesting that seeing is not about creating internal representations but rather about actively engaging with the external world.

In this book, Jeff Hawkins presents a revolutionary theory of intelligence that explains how the brain creates intelligence through the use of maplike structures to build tens of thousands of models of the world. The book delves into how these models enable us to perceive the world, understand our sense of self, and originate high-level thought. It also discusses the implications of this theory for machine intelligence and the future of humanity, highlighting potential threats and opportunities[1][4][5].

In 'The Denial of Death', Ernest Becker discusses the psychological and philosophical implications of how people and cultures react to the concept of death. He argues that human civilization is a defense mechanism against the knowledge of our mortality, and that this denial is a necessary component of functioning in the world. Becker's work challenges traditional Freudian thought by positing that the primary repression is not sexuality, but rather the awareness of death. He also explores how this fear of death leads to the creation of 'hero systems' and symbols that help individuals transcend their mortality, and how this can result in violence and conflict when different immortality projects clash[2][5][4].

In 'On Intelligence,' Jeff Hawkins, with the help of Sandra Blakeslee, outlines his memory-prediction framework theory of the brain. This theory posits that the brain is a hierarchical, predictive system that uses memory to make continuous predictions about future events. Hawkins argues that current approaches to artificial intelligence are flawed because they do not understand the fundamental principles of how the brain works. He explains how the neocortex, the seat of intelligence, operates through a hierarchical structure, making predictions based on associative memory. The book discusses the implications of this theory for neuroscience, the development of intelligent machines, and our understanding of human behavior and cognition.