Programming and Metaprogramming in the Human Biocomputer

Programming and Metaprogramming in the Human Biocomputer analyzes human consciousness through the lens of computer science principles. The book presents Lilly's framework for understanding the brain as hardware and the mind as software, introducing his concept of the "human biocomputer." Lilly outlines specific definitions and models for understanding human consciousness, including stored programs, metaprogramming, and the relationship between brain and mind functions. The text explores methods of self-programming and ways to modify human consciousness through various techniques and experiments. The work draws from Lilly's research in neuroscience, psychology, and cybernetics to establish a systematic approach to understanding human consciousness. His investigations include research into isolation tanks and psychedelic substances as tools for exploring consciousness programming. The book represents an early attempt to bridge computer science concepts with human psychology and consciousness studies. Its influence extends into fields like artificial intelligence, cognitive science, and consciousness research, presenting a technical yet philosophical examination of human mental processes.

Readers describe this as a challenging scientific text that requires multiple readings to grasp. Many note it bridges psychology, computer science, and consciousness research in unique ways. What readers liked: - Clear technical frameworks for understanding consciousness - Novel metaphors comparing human minds to computers - Documentation of Lilly's research methods and findings - Value for meditation practitioners and consciousness researchers What readers disliked: - Dense academic language and technical jargon - Dated computer science references from the 1960s - Lack of practical applications for general readers - Abstract concepts not fully explained Ratings: Goodreads: 4.1/5 (89 ratings) Amazon: 4.3/5 (31 ratings) One reader noted: "This book requires dedication but rewards careful study with profound insights about human consciousness." Another wrote: "The computer metaphors feel obsolete but the core ideas about programming mental states remain relevant." Common complaint: "Too theoretical and academic for casual readers interested in consciousness exploration."

The Doors of Perception by Aldous Huxley A scientist's systematic documentation of consciousness exploration through mescaline parallels Lilly's methodical approach to altered states.

The Center of the Cyclone by John C.Lilly This continuation of Lilly's research combines neurological mapping with states of consciousness achieved through isolation tanks and psychedelics.

Prometheus Rising by Robert Anton Wilson The book presents a model of consciousness evolution through neural circuits and reality tunnels while incorporating scientific methodology.

The Origin of Consciousness in the Breakdown of the Bicameral Mind by Julian Jaynes This scientific analysis examines consciousness as an emergent phenomenon through neuroscience and historical evidence.

Steps to an Ecology of Mind by Gregory Bateson The text connects cybernetics, information theory, and patterns of consciousness in biological systems through a systems theory framework.

● John C. Lilly invented the isolation tank (also called sensory deprivation tank) in 1954 while working at the National Institute of Mental Health. ● NASA partially funded Lilly's research on human-dolphin communication, hoping to gain insights that could help communicate with extraterrestrial intelligence. ● The 1980 film "Altered States" starring William Hurt was loosely based on Lilly's research with isolation tanks and psychedelic substances. ● The book's publication in 1968 coincided with the early development of personal computers, making its computer-brain parallels particularly pioneering for its time. ● Lilly's work influenced prominent figures in cybernetics and consciousness research, including Timothy Leary and Robert Anton Wilson, who frequently cited his biocomputer model.