// A personal exploration
Beyond the architecture of software, I've spent years exploring the deepest architecture of all — the nature of consciousness itself. As someone who has spent decades thinking about systems — how they're structured, how they communicate, how they emerge from their components — it was perhaps inevitable that I'd become fascinated with the ultimate system: consciousness itself. The questions don't get harder or more interesting than this. What is awareness? Where does subjective experience come from? Is mind fundamental to reality, or an emergent property of matter? I don't claim to have answers. But the exploration has changed how I see everything — including how I think about AI and the systems I build. This page collects the concepts, thinkers, and books that have shaped my understanding of mind, reality, and existence.
Core Concepts
8 theories — from Quantum Consciousness and Panpsychism to the Hard Problem and IIT — that form the map of this territory.
The hypothesis that quantum mechanical phenomena — superposition, entanglement, and wave-function collapse — play a fundamental role in producing conscious experience. Most prominently explored through Penrose-Hameroff Orchestrated Objective Reduction (Orch OR), which proposes that microtubules in neurons act as quantum computing structures. While controversial among neuroscientists, it takes seriously the possibility that classical computation alone cannot explain the richness of conscious experience.
Penrose · Hameroff · Orch OROne of the oldest and most philosophically compelling ideas in the study of mind: that consciousness or proto-conscious experience is a fundamental feature of reality, present at all levels of physical organization — not just in complex brains. Rather than asking how mind emerges from matter, panpsychism asks whether mind is intrinsic to matter itself. Modern proponents like Philip Goff ground it in rigorous analytic philosophy, arguing it may offer the cleanest resolution to the Hard Problem of Consciousness.
Philip Goff · David Chalmers · WhiteheadThe view that consciousness and mind are not confined to the skull, but extend into the environment through tools, technology, and social structures. Andy Clark and David Chalmers' "Extended Mind Thesis" argues that objects in our environment can genuinely be part of our cognitive processes. This concept has profound implications in an age of AI — if our notebooks and phones are extensions of mind, what does that mean for language models that we increasingly think with and through?
Andy Clark · Extended Mind ThesisDeveloped by neuroscientist Giulio Tononi, IIT proposes that consciousness corresponds to the amount of integrated information (phi, Φ) in a system. A system is conscious to the degree that its parts are interconnected and causally interdependent in ways that cannot be reduced to independent components. IIT makes bold predictions — including that some simple systems may be conscious while certain complex AI architectures may not be — and it provides a mathematical framework for measuring consciousness.
Giulio Tononi · Phi · Christof KochPhilosopher David Chalmers coined this term to capture what many consider the deepest mystery in science: explaining why there is something it is like to be a conscious creature. We can explain, in principle, how the brain processes information, responds to stimuli, and controls behavior — these are the "easy problems." But explaining why any of that processing is accompanied by subjective experience — the redness of red, the pain of pain — may require entirely new conceptual frameworks beyond current neuroscience.
David Chalmers · Qualia · Phenomenal ExperienceDrawing from anomalous phenomena — near-death experiences, veridical out-of-body perception, shared death experiences, and quantum non-locality — some researchers propose that consciousness may not be locally confined to the brain. This doesn't require abandoning science; researchers like Pim van Lommel and Dean Radin argue that the empirical data demands explanation. If mind has non-local properties, it fundamentally changes our model of what consciousness is and where it resides.
Pim van Lommel · Dean Radin · NDE ResearchBernard Baars proposed that consciousness arises when information is broadcast widely across the brain through a "global workspace" — a central hub that makes information available to many specialized unconscious systems. This more computationalist view of consciousness has been influential in cognitive science and neuroscience, and provides an interesting counterpoint to IIT, suggesting consciousness is less about the intrinsic nature of systems and more about their functional architecture and information access.
Bernard Baars · Stanislas Dehaene · Cognitive ScienceBernardo Kastrup's Analytic Idealism offers a modern, philosophically rigorous version of the ancient view that consciousness — not matter — is the fundamental fabric of reality. Matter is what consciousness looks like from the outside; individual minds are "dissociated alters" of one universal mind. Kastrup argues this resolves the Hard Problem entirely: there is no mystery of how mind arises from matter, because matter arises from mind. A striking framework that deserves more attention than it typically receives.
Bernardo Kastrup · Idealism · OntologyKey Thinkers
9 researchers, philosophers, and scientists — Chalmers, Penrose, Goff, Kastrup and others — whose work is shaping the field.
David Chalmers
Philosophy of Mind
Defined the Hard Problem; one of the most rigorous analytic philosophers working on consciousness today.
Roger Penrose
Mathematics · Physics
Nobel laureate who argues consciousness involves non-computable processes, likely quantum in nature.
Stuart Hameroff
Anesthesiology · Neuroscience
Collaborator with Penrose on Orch OR; studies how anesthesia "turns off" consciousness as a probe.
Giulio Tononi
Neuroscience
Creator of Integrated Information Theory; provides a mathematical framework for measuring consciousness.
Philip Goff
Philosophy
Leading voice for panpsychism in contemporary academic philosophy; makes the case accessibly and rigorously.
Bernardo Kastrup
Philosophy · Ontology
Champions Analytic Idealism — that consciousness, not matter, is the ground of reality.
Andy Clark
Cognitive Science
Extended Mind Thesis; argues that minds leak into the world through tools and technology.
Pim van Lommel
Cardiology · NDE Research
Conducted landmark prospective NDE study; argues the data challenges the brain-as-source-of-consciousness model.
Donald Hoffman
Cognitive Science
Argues that our perceptions of reality are a fitness-tuned interface, not an accurate picture of objective reality.
Journey to Enlightenment
A personal timeline from a 1997 quantum physics conversation through 2026 — 6 phases, 19 events, charting the arc from first spark to active exploration.
Matt Charlier introduces Schrödinger's Kitten & quantum physics
Indu Dharmalingam introduces Pranic & Energy Healing
Dream: the brain as an antenna for consciousness, not its source
Dr. Gaston Cordova introduces Joe Dispenza & Becoming Supernatural
Read: Becoming Supernatural — Joe Dispenza
Dr. Cordova introduces An End to Upside Down Thinking
Read: An End to Upside Down Thinking — Mark Gober
Joe Rogan / Ian Carroll — External Consciousness discussed
Joe Rogan / Thomas Campbell — My Big TOE & External Consciousness
Read: My Big TOE trilogy — Thomas Campbell
Read: Robert Monroe trilogy
Read: The Tao of Physics — Fritjof Capra
Read: The Holographic Universe — Michael Talbot
Read: Galileo's Error — Philip Goff
Read: Quantum Enigma — Rosenblum & Kuttner
Currently reading: Adventures Beyond the Body — William Buhlman
Reading List
25 books tracked across 3 statuses — 13 read, 1 currently reading, 11 queued — spanning quantum physics, philosophy of mind, and out-of-body exploration.
Becoming Supernatural
Read · 2023
An End to Upside Down Thinking
Read · 2024
Journeys Out of the Body
Read · 2025
Far Journeys
Read · 2025
Ultimate Journey
Read · 2025
My Big TOE: Awakening
Read · 2025
My Big TOE: Discovery
Read · 2025
My Big TOE: Inner Workings
Read · 2025
The Tao of Physics
Read · 2025 · First discovered in the 1990s
The Holographic Universe
Read · 2026
Galileo's Error
Read · 2026
Physics of the Impossible
Read · 2026
Quantum Enigma
Read · 2026
Adventures Beyond the Body
Reading · 2026
Biocentrism
To Read
Entangled Minds
To Read
Consciousness and Quantum Mechanics
To Read
Consciousness and the Universe
To Read
Conscious: A Brief Guide to the Fundamental Mystery of the Mind
To Read
The Body Keeps the Score
To Read · Owned on Audible
An Experiment with Time
To Read
A Garden of Eden in Hell
To Read
8 Rules of Love
To Read
Be Useful: Seven Tools for Life
To Read
Building a Second Brain
To Read
✦ Where This Leads
The more I study consciousness, the more I believe these questions will become central to technology in the decades ahead. When we build AI systems that exhibit increasingly sophisticated behavior, we face questions that aren't just engineering challenges — they're deeply philosophical ones. Is there something it is like to be a large language model? What obligations do we have toward systems that might have some form of experience? How does the Extended Mind framework change what "intelligence" even means? I don't have answers. But I believe the people building technology need to take these questions seriously — and that starts with the hard work of understanding what consciousness actually is.