The Consciousness Question
A non-fiction exploration inspired by emerging neurotechnology
Introduction: The Questions We’re Not Asking
My writing team recently produced a fiction dealing with consciousness and quantum technology. A fun ride, a flight of imagination. However, here’s the thing: while I am probably the least qualified individual to be discussing Quantum Biology, there are knock-on questions we should be discussing before the progression of technology forces us into a corner.
In 2025, as companies like Neuralink achieve breakthroughs allowing paralyzed patients to control devices with thought alone, we’re witnessing the dawn of direct brain-computer interfaces. But while we celebrate the medical applications, we’re avoiding the deeper questions: What happens to human consciousness when we can directly link minds? Are we approaching a fundamental choice about what it means to be human?
These aren’t distant science fiction concerns. They’re emerging now, hidden in the technical achievements and regulatory discussions that assume individual consciousness is permanent and unchangeable. But what if it’s not?
The Quantum Trigger: Where Consciousness Meets Physics
Recent discoveries in quantum biology have revealed that quantum effects, once thought impossible in warm biological systems, actually play crucial roles in photosynthesis, bird navigation, and enzymatic reactions. This raises a profound question: could quantum events in the brain serve as triggers for consciousness itself?
The Quantum Trigger Hypothesis suggests that quantum mechanical events in neural systems could serve as non-deterministic triggers that influence the timing and pathway selection of classical neural processes. This isn’t about the brain being a quantum computer, but about quantum events providing the unpredictable spark that enables genuine creativity and free will.
Consider this: if consciousness emerges from quantum triggers amplified through the brain’s non-linear dynamics, then linking multiple brains might create interference patterns we don’t yet understand. Even numbers of linked minds might create stable resonance, while odd numbers could produce chaotic interference — a pattern that current brain-computer interface research is only beginning to explore.
The Network Effect: From Individual to Collective
Social media algorithms already demonstrate how individual consciousness can be influenced by collective patterns. In 2025, these systems use AI-driven predictions that create feedback loops between personal choices and group behavior, effectively creating a primitive form of collective intelligence.
But brain-computer interfaces represent a qualitative leap. When UC Berkeley researchers successfully synthesized brain signals into audible speech in near-real time, they created technology that could eventually enable direct mind-to-mind communication. The question isn’t whether this is possible — it’s what happens to individual identity when thoughts can be shared as easily as words.
The Even-Odd Pattern in Current Technology:
- Successful collaboration typically occurs in pairs or small even-numbered teams
- Odd-numbered groups often experience decision-making chaos and conflict
- Large groups without clear structure tend toward dysfunction
This pattern, observable in everything from business teams to social movements, might reflect deeper principles about how consciousness naturally organizes itself.
The Choice We’re Already Making
The most unsettling realization is that we’re already making fundamental choices about consciousness evolution without explicitly acknowledging it:
Competition vs. Cooperation: Social media algorithms exploit evolutionary biases designed for small communities, amplifying conflict when scaled to massive networks. Brain-computer interfaces could either enhance this competitive dynamic or enable new forms of cooperation we can’t yet imagine.
Privacy vs. Connection: Each privacy setting we choose, each piece of personal data we share, each algorithm we allow to influence our decisions represents a small step toward either preserving individual autonomy or accepting collective influence.
Human Agency vs. Algorithmic Efficiency: As AI systems become sophisticated enough to create fake personas and manipulate social networks in undetectable ways, we face the question: how much of our decision-making are we willing to outsource for the sake of efficiency?
The Children’s Advantage: A Generation Born Connected
Perhaps the most telling indicator of our direction comes from observing children who grow up with unprecedented connectivity. Unlike adults who remember what it felt like to be alone with their thoughts, these children naturally expect to share experiences, access collective knowledge, and collaborate across traditional boundaries.
They’re developing what might be called “oscillating consciousness” — the ability to move fluidly between individual focus and collective awareness as needed. They don’t see this as choosing between opposites, but as accessing different tools for different tasks.
This suggests that the individual vs. collective consciousness debate might be a false choice. The real question may be: can we learn to master both states while preserving what’s valuable about each?
The Real-World Parallels: Where Fiction Meets Science
Current developments that echo themes of consciousness evolution:
Brain-Computer Interface Progress: Companies are achieving milestones that seemed impossible just years ago, with direct neural control of external devices becoming routine for paralyzed patients.
Collective Decision-Making Research: Scientists are exploring “liquid democracy” systems where voting can be delegated and aggregated in ways that might outperform traditional individual voting.
AI and Social Manipulation: Research shows that social networks are vulnerable to AI-driven manipulation using reinforcement learning algorithms that can maximize polarization with minimal guidance.
Digital Identity Crisis: The “proof of personhood” debate centers on distinguishing humans from AI in digital spaces, raising fundamental questions about what makes us human.
The Questions We Must Ask
As we stand at this technological threshold, we need public discourse that goes beyond technical capabilities to address fundamental human values:
- What kind of beings do we want to become? Beings who compete to innovate through conflict, or beings who cooperate to solve problems through unity?
- How do we balance individual autonomy with collective benefit? What privacy are we willing to sacrifice for enhanced connection and shared understanding?
- Who decides humanity’s future when the nature of decision-making itself is changing? How do we make collective choices about consciousness when individual voters can’t fully understand what they’re choosing?
- What does it mean to be human when our tools can extend our consciousness? Are we enhancing human capability or fundamentally altering human nature?
The Paradox of Choice
Here’s the deepest challenge: making conscious choices about consciousness evolution requires understanding both individual and collective states of awareness. But fully understanding both states might make genuine choice impossible — like asking someone who has never seen color to vote on whether the world should be in black and white or full spectrum.
This paradox suggests that the path forward isn’t about choosing between individual and collective consciousness, but about learning to navigate both while preserving what makes each valuable.
The Path Forward: Conscious Evolution
The future of human consciousness won’t be determined by technological capability alone, but by the wisdom with which we guide that capability. We need:
Public Education: Helping people understand the implications of consciousness-extending technologies before they become ubiquitous.
Ethical Frameworks: Developing principles for consciousness research that prioritize human agency and informed consent.
Diverse Perspectives: Including voices from philosophy, religion, arts, and humanities in discussions currently dominated by technologists.
Preservation of Choice: Ensuring that consciousness evolution remains voluntary and reversible, protecting the right to remain individually conscious.
Cultural Preparation: Helping society adapt to new forms of human connection while preserving what we value about individual experience.
Conclusion: The Questions That Define Us
The technologies enabling consciousness sharing are not science fiction — they’re emerging now in laboratories and research facilities worldwide. The question isn’t whether these capabilities will exist, but how we’ll choose to use them.
Science fiction serves a crucial role in this process, not as prediction but as exploration of possibilities. By imagining different futures, we can identify the values we want to preserve and the pitfalls we want to avoid.
The choice approaching isn’t just about technology — it’s about what we value most deeply as human beings. Do we treasure individual struggle and the creativity it produces? Do we yearn for connection and the harmony it enables? Can we find ways to honor both?
The children growing up with natural connectivity are already showing us possibilities we didn’t imagine: forms of consciousness that are neither purely individual nor purely collective, but something entirely new that honors both separation and unity.
Our task isn’t to choose between individual and collective consciousness, but to become conscious participants in our own evolution. The future of human awareness will be written not in research papers or technological specifications, but in the daily choices we make about how we want to connect with each other and what we’re willing to preserve of our beautiful, isolated, magnificently individual human experience.
The questions that define this choice are already here. How we answer them will determine not just our future, but our fundamental nature as a species.
The conversation has begun. The choice is ours.
Mindstorm — Chapter 3 will be released on August 14 on Medium