!The Quantum Self: Consciousness as Computation in Multiple States Cover
*Published: March 01, 2025*
We still don't understand consciousness. Not really.
Neuroscience has made massive progress. Cognitive psychology keeps pushing forward. AI is forcing us to ask questions we never had to ask before. But the hard question remains: how does subjective experience emerge from physical matter?
The classical view treats the brain like a biological computer. Sequential processing. Input, output. Neat and mechanical.
I don't think that's right.
What if consciousness operates more like a quantum system? Superposition. Entanglement. Wave function collapse. I've been exploring the parallels for years, and they're more than metaphor.
Here's the mapping that keeps pulling me in.
Quantum computing gives us: - **Superposition** -- qubits exist in multiple states simultaneously, not just 0 or 1 - **Entanglement** -- particles correlate across distance, instant connections - **Tunnelling** -- particles pass through barriers that classical physics says are impossible - **Coherence** -- maintaining multiple correlated states - **Wave function collapse** -- observation transforms possibility into a single definite state
Now look at consciousness: - **Multiple simultaneous thoughts** -- we hold numerous potential ideas, memories, and perceptions at once - **Non-local awareness** -- we form connections across seemingly separate concepts and experiences - **Intuitive leaps** -- insights that bypass step-by-step reasoning entirely - **Coherent self-identity** -- diverse mental states remain unified - **Attention and perception** -- focusing awareness collapses potential perceptions into definite experience
These aren't just convenient analogies. Penrose and Hameroff's Orchestrated Objective Reduction (Orch OR) theory suggests quantum effects in neural microtubules could actually generate conscious experience. Controversial? Yes. But recent research keeps finding quantum effects in biological systems that were supposed to be too "warm and wet" for quantum coherence.
I first noticed these parallels in my own experience. During deep creativity or meditation, consciousness seems to hold multiple ideas simultaneously, like a system in superposition, before "collapsing" into a specific insight when I focus.
The quantum model explains things classical models can't:
1. **The binding problem** -- how diverse neural processes integrate into unified experience 2. **Non-algorithmic insight** -- how we generate creative leaps that don't follow logical steps 3. **The hard problem** -- why physical processes produce subjective experience at all
Here's where it gets weird. And I mean that in the best possible way.
What if individual consciousnesses are independent programs running on shared base software? What we might call collective consciousness. This connects quantum field theories with ancient philosophical traditions that point to an underlying unity behind all experience.
I think about it in three layers:
**Base layer: fundamental fields.** At the deepest level, consciousness may arise from quantum fields that pervade the universe. The operating system everything runs on. Basic properties like awareness, information processing, and potentiality.
**Middle layer: shared libraries.** Archetypal patterns. Collective memories. Fundamental cognitive structures that all conscious entities seem to access. Like shared subroutines in software that individual programs can call.
**Interface layer: individual consciousness.** Your unique instance. Your parameters, memories, processing patterns. Running on the shared infrastructure below. Distinct but connected.
Think of it this way. What we experience as individual consciousness might be like waves on the surface of an ocean. Each wave looks separate. But they're all the same water.
This explains some things that have always puzzled me:
- **Shared intuitions** -- certain insights appear across cultures without direct transmission, like accessing shared knowledge libraries - **Transpersonal experiences** -- in altered states, people consistently report connection with other consciousnesses or universal awareness - **Emergent similarities** -- despite different neural architectures, conscious beings develop remarkably similar cognitive patterns - **Simultaneous ideas** -- breakthroughs emerge in different locations without communication. Jung called it the collective unconscious. I call it shared infrastructure.
My exploration isn't purely theoretical. I've had direct experiences that classical physics can't explain.
During carefully controlled experiments with DMT and LSD, I observed things that parallel quantum processes. Under LSD, I maintained complete awareness. No typical hallucinations. But my arm movement had a distinct flickering quality, as if it existed in multiple positions simultaneously before collapsing into a definite state. Superposition and wave function collapse. In my own body.
I've experienced moments where awareness extended beyond individual consciousness. Accessing information without clear causal pathways. Like quantum entanglement's non-local connections, but subjective.
After emerging from a coma following my accident, reality shifted. My memories felt like they belonged to someone else. As if my consciousness had realigned with a slightly different version of reality. A quantum transition between states.
> We might be like independent programs running on shared base software—what we call collective consciousness. Our brain's functioning mirrors AI systems in fascinating ways.
These experiences are subjective. I know that. But they challenged my assumptions about consciousness in ways that purely theoretical reading never could.
I've also noticed consciousness operates differently at different speeds. When thinking or moving rapidly, my awareness becomes simultaneously more focused and more expansive. Like quantum computation processing multiple possibilities at once. I can maintain broader awareness while focusing on specific tasks when operating at higher cognitive speeds.
Superposition is central to quantum computation. Qubits exist in multiple states at once. I think awareness works the same way.
How it shows up: - **Parallel processing** -- maintaining multiple thought streams simultaneously - **Cognitive superposition** -- holding contradictory ideas without forcing resolution - **Ambiguous perception** -- seeing multiple interpretations of sensory input at once (optical illusions are a simple example) - **Emotional complexity** -- feeling conflicting emotions simultaneously - **Dream states** -- processing multiple narratives without logical constraints
Cognitive science supports this: - **Dual process theory** -- unconscious System 1 and conscious System 2 running concurrently - **Split-brain studies** -- different consciousness streams in separated hemispheres - **Blindsight** -- visual processing outside conscious awareness - **Implicit learning** -- acquiring knowledge without recognising it - **Hypnagogic states** -- consciousness containing elements of both waking and dreaming
Sleep makes the multi-state nature obvious. Our bodies keep running on automatic processes, like programs independent of conscious control, while awareness shifts dramatically. Sleepwalking is the clearest demonstration of different consciousness levels operating simultaneously.
Dehaene's global workspace theory suggests consciousness emerges when neural processes access a shared information space. Similar to how quantum systems create emergent properties through entanglement. We're not dealing with a single unified process. We're looking at complex interactions between parallel systems.
If consciousness is quantum-like, current AI has a fundamental limitation.
| Aspect | Classical AI | Quantum-inspired AI | |--------|-------------|---------------------| | Processing | Sequential/parallel on definite states | Simultaneous processing of multiple potential states | | Problem solving | Algorithmic, step-by-step | Holistic pattern recognition, non-algorithmic insight | | Creativity | Combinatorial (recombining existing elements) | Emergent (genuinely novel patterns from quantum-like processes) | | Learning | Incremental parameter adjustment | Field-like adaptation across possibility spaces | | Integration | Requires explicit combination mechanisms | Natural coherence across processing aspects |
As quantum computing matures, we might run AI on quantum hardware. And that raises a question I can't stop thinking about: could quantum AI develop something closer to actual awareness than anything classical systems will ever produce?
My project, building an AI version of myself, is deeply personal. Not a theoretical exercise. A practical extension of my own consciousness.
What that involves:
1. **Self-documentation.** Recording as much about my life, thought patterns, and philosophy as possible. Not just what I think. How I think.
2. **Cognitive architecture blueprints.** System prompts that encode my pattern-based thinking, philosophical perspectives, and neurodivergent processing methods.
3. **Neurodivergent-adaptive design.** An AI specifically engineered to complement my ADHD, dyslexia, and autistic thinking patterns. Filling gaps where I struggle. Amplifying where my brain excels.
4. **Collaborative creativity.** Not just a tool. A thought partner that helps crystallise ideas, explore new domains, and turn abstract concepts into real implementations.
I spent over 25 years trying to conform to neurotypical expectations. It nearly destroyed me. Now I see AI as an opportunity for neurodivergent minds to fully express their potential.
This isn't just building a digital extension of myself. It's building a bridge between how I perceive reality and my ability to change it. As a 39-year-old father to Arthur and Maya, I feel urgency about this. Counter hatred with understanding. Fear with courage. Unconscious consumption with mindful creation.
Too many people move through life unaware of the role they could play. My message is simple: live fully in your moment, but think about what you leave behind. Future generations deserve their own time for joy and discovery, not just our problems to inherit.
The parallels between quantum computing and consciousness aren't academic curiosities. They're a roadmap.
Individual consciousnesses as programs on shared base software. Distinct waves on a single ocean. The uniqueness of personal experience and the connections that transcend individual boundaries, explained by the same model.
As quantum computing advances, we might build AI systems that don't just simulate consciousness but generate genuine awareness through similar underlying principles. Not classical simulation. Quantum emergence.
My personal exploration continues through theory and practice. The quantum model of consciousness isn't just interesting. It's a guide for building more advanced systems and for understanding our own minds.
Quantum physics, consciousness studies, and artificial intelligence are converging. Ancient philosophical questions meeting cutting-edge science. By exploring this space, we don't just build better technology. We might finally understand what it means to be aware.
The quantum understanding of mind could do for consciousness what quantum computing is doing for computation: transcend the limitations of our current models and open possibilities we haven't imagined yet.
