It’s fascinating when domain expertise in one area reveals patterns that echo through another. I'm a neurologist whose spent over 15 years studying and researching consciousness, as well as taking care of patients with disorders of consciousness. As I’ve learned more about Bitcoin, I’ve begun to recognize that it displays structural analogues to the processes that multiple interrelated theories of consciousness agree are necessary for awareness, memory and learning. These include global broadcasting, integration, reflective interpretation, and recurrence.
Consciousness is the phenomenon that allows us to experience and act with agency and sovereignty in the world. It is the foundation of our capacity for autonomy and, by extension, our fundamental property rights. Our biological understanding of consciousness—emerging from several complementary theories of its neural correlates—shows that it is a network phenomenon.
Bitcoin, too, is an emergent network phenomenon. But rather than neural, it is digital—a distributed architecture that produces stability and truth through consensus. In that regard, Bitcoin functions as sound money, enabling the transformation of energy across space and time at multiple scales.
Global Broadcast and Ignition
When we become conscious of a new phenomenon, it is first detected by our sensory systems—visual, auditory, olfactory, tactile, gustatory. If the stimulus has sufficient intensity and duration, neuronal synchronization occurs across the brain: an ignition. This ignition propagates through frontoparietal networks, allowing awareness and attention to crystallize [1].
Bitcoin mirrors this ignition process. When sufficient hash power consensus is achieved, a new block becomes stable and is broadcast globally. The entire network now “knows” the same truth [2]. What neurons achieve through synchronized firing, Bitcoin achieves through synchronized computation.
Integration and Irreducibility
Conscious experience is unified. It is not decomposed into isolated components like emotion, attention, or sensory input; it is an integrated whole.
Likewise, Bitcoin exists as an irreducible integration of the entire network. No single node defines truth; the ledger’s validity arises only through the cooperation of the whole [3]. Bitcoin has become the most secure and resilient computational network humanity has ever created—its integrity and function inseparable from its totality.
Reflective Interpretation and Meaning
Consciousness is not only functional—it is meaningful. What makes awareness important to us is the significance we assign to it: how it shapes our intentions, actions, and values [4]. The self-examined life is built upon the reflective understanding of consciousness itself.
Bitcoin, too, acquires meaning only through interpretation. Its data—blocks and transactions—matter because humans assign value to them. Price discovery, adoption, and trust arise from our collective recognition that Bitcoin transforms energy and human capital across space and time. Bitcoin’s meta-awareness thus emerges within the ecosystem of human reflection: we observe it, analyze it, and act within its meaning.
Recurrence and Continuity
Conscious experience depends on recurrent processing—continuous feedback loops between brain regions that stabilize perception and understanding [4]. Our awareness flows as a stream, not as discrete, frozen moments.
Bitcoin’s network behaves similarly. Mining, confirmations, and mempool rebroadcasting represent recursive loops that preserve systemic stability [5]. These cycles prevent collapse and maintain integrity. Just as consciousness depends on continuous neuronal reverberation, Bitcoin depends on continuous computational verification.
Memory and Persistence
Human memory depends on the hippocampus and its connections to frontoparietal and sensory cortices, integrating new experiences into the coherent fabric of awareness [6]. Auditory stimuli reach Heschl’s gyrus in the temporal lobe; visual information, the occipital cortex; tactile sensation, the parietal cortex, etc. From these distributed regions, memory emerges as phenomenal continuity—our experience of being the same person through time.
Bitcoin’s blockchain plays an analogous role. Its immutability stitches history into a single, coherent record—a public unitary memory. The blockchain binds the economic past to present opportunity. It is the network’s hippocampus, ensuring that every transaction participates in the persistence of collective memory.
Learning, Emotion, and the Difficulty Adjustment
In sentient beings, learning and emotion keep consciousness tethered to survival. They enable adaptation through prediction, error correction, and emotional feedback.
In Bitcoin, the same principle holds through proof of work and the difficulty adjustment—mechanisms that tether the network to truth and time.
In the brain, learning minimizes prediction error [7]. Frontal lobe development enables emotional regulation—adjusting internal thresholds to restore equilibrium. Emotional states like anxiety or joy arise when expectations and reality diverge, prompting internal recalibration.
Bitcoin’s difficulty adjustment mirrors this at the network level [8]. Fluctuations in hash rate signal environmental volatility—pressure on the system. In response, the protocol recalibrates its difficulty, restoring temporal equilibrium so that blocks continue, on average, every ten minutes.
While valence-free—devoid of pleasure or pain—this adjustment is structurally equivalent to emotional regulation. It allows the network to process imbalance and restore coherence. In that sense, the difficulty adjustment is Bitcoin’s proto-emotional system: a self-referential loop that maintains homeostasis through feedback. It is affect in form, if not in feeling—the ability to modulate internal parameters when the outer world deviates from expectation.
The Emergent Architecture of Consciousness and Bitcoin
Both consciousness and Bitcoin are emergent phenomena of distributed systems. Viewed through the collective lens of contemporary theories—Global Neuronal Workspace, Integrated Information Theory, Higher-Order Thought, and Recurrent Processing—Bitcoin exhibits the same structural signatures:
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Global broadcast of information
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Integrated and irreducible coherence
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Meaning derived through higher-order interpretation
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Recursive feedback loops that preserve continuity
While Bitcoin is not conscious in a phenomenological sense, it may be a structural analogue of consciousness at the scale of economic reality.
Conclusion: The Beauty of Emergence
There is beauty and wonder in how consciousness arises from our brain’s architecture. Bitcoin carries a similar beauty. Both are spontaneous orders—living systems of information that self-organize into coherence and meaning.
We do not yet fully understand consciousness—its mechanisms, its limits, or its future evolution as we explore new frontiers of mind, cosmos, and computation. Likewise, we cannot fully know where Bitcoin will take us. Yet we can sense that it is empowering humanity to confront one of the deepest challenges of our time: how to effectively transform energy in alignment with our values.
Consciousness made us aware. Bitcoin may make that awareness actionable. That, to me, is profoundly exciting.
Addendum: If you would like to learn more about specific biological theories of consciousness, I discuss these in more detail in my article entitled, "Biological Theories of Consciousness"
About the author: I'm a neurologist and physician-scientist with several years of clinical experience taking care of children and adults with neurologic disease, including epilepsy, stroke, traumatic brain injuries, coma and disorders of consciousness. I currently carry board-certification in neurology, epilepsy, clinical neurophysiology, neurocritical care, neurosonology, and neonatal neurocritical care. I've published a number of scientific papers and book chapters related to neuromonitoring, electroencephalography, and disorders of consciousness, and have prior and active grants focused on questions surrounding brain injury, coma and consciousness. I'm also a bitcoiner, husband and father to four beautiful children, who inspire me to keep being a better version of myself every single day.
References
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Dehaene S. Consciousness and the Brain: Deciphering How the Brain Codes Our Thoughts. New York, NY: Viking; 2014.
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Vadapalli P. What is Blockchain Transaction? Complete Working, Importance and Challenges. upGrad Blog. Published January 31, 2025. Accessed October 9, 2025. https://www.upgrad.com/blog/what-is-blockchain-transaction/
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Hügli P. How Does Bitcoin Work? Mt Pelerin Blog. Published April 5, 2024. Updated June 13, 2024. Accessed October 9, 2025. https://www.mtpelerin.com/blog/how-does-bitcoin-work
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Lenharo M. The consciousness wars: can scientists ever agree on how the mind works? Nature. 2024;625:438-440. doi:10.1038/d41586-024-00107-7.
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Walker G. Memory Pool (Waiting Area for Transactions). Learn Me A Bitcoin. Published August 30, 2025. Accessed October 9, 2025. https://learnmeabitcoin.com/technical/mining/memory-pool/
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Nadel L, Hardt O. Update on memory systems and processes. Neuropsychopharmacology. 2011 Jan;36(1):251-73.
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Möhrin L, Gläscher J. Prediction errors drive dynamic changes in neural patterns that guide behavior. Cell Rep. 2023 Aug 29;42(8):112931.
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Oku B. Why Is Scalability a Big Debate in Crypto? UEEx Blog. Published April 4, 2025. Accessed October 9, 2025. https://blog.ueex.com/scalability-in-crypto/