Category: Essays

There’s a particular kind of morning that entrepreneurs know well. You wake before dawn, make coffee in a silent kitchen, and sit down to work whilst the rest of the world sleeps. There are no colleagues to greet, no meetings scheduled for hours, no hum of office activity. Just you, a blank screen or notebook, and the weight of decisions that no one else will make. For many people, this image conjures loneliness, perhaps even a kind of professional failure. But for those who’ve experienced it, there’s something else present in that quiet morning: a peculiar form of freedom that comes from being wholly responsible for what you’re building.

The phrase “a man’s own company” carries this double meaning beautifully. It speaks both to the venture you create—the business that bears your vision and carries your values—and to the state of being alone with your thoughts, your decisions, your doubts and ambitions. These two meanings aren’t separate phenomena but deeply intertwined aspects of the same experience. Building something from nothing often requires extended periods of solitude, and that solitude, rather than being merely endured, can become one of the most powerful tools in the builder’s arsenal.

This isn’t an essay about glorifying isolation or suggesting that entrepreneurship requires you to become a hermit. Rather, it’s an exploration of why the particular combination of ownership and solitude that comes with building your own venture can lead to a specific kind of growth that’s difficult to achieve any other way. It’s about understanding solitude not as loneliness but as a particular state of being that enables certain kinds of thinking, certain kinds of decision-making, and certain kinds of self-knowledge that are essential to creating something genuinely new.

The Architecture of Ownership

When you build a business from the ground up, you’re doing something fundamentally different from joining an existing organisation, even at a senior level. You’re not inheriting systems, cultures, or accumulated decisions made by others. You’re starting with nothing but possibility, and every subsequent choice shapes what emerges.

This blank canvas quality creates a relationship with your work that’s difficult to replicate in other contexts. Consider the difference between renovating a house that someone else designed and building one from bare land. In the renovation, you’re always working within constraints established by earlier decisions. The walls are where they are, the plumbing runs where it runs, and whilst you can make changes, you’re fundamentally responding to what exists. When you build from bare land, every decision is genuinely yours. The orientation of the house, the flow between rooms, the balance of privacy and openness—all of it reflects your thinking about how space should work.

The same principle applies to businesses. When you start from nothing, you get to answer fundamental questions that most people never confront directly. What problem deserves solving? What kind of relationships should exist between the company and its customers? What values should guide decisions when different goods conflict? How should success be measured? These aren’t just strategic questions, they’re philosophical ones that shape the character of what you’re building.

This level of ownership creates a particular kind of responsibility that transforms how you think about work. You can’t blame the previous management for bad decisions or point to inherited structural problems. Every strength and weakness of the enterprise traces back to choices you made or failed to make. This can be uncomfortable, even frightening. But it also creates unusual clarity. You know exactly why things are the way they are because you were present for every consequential decision.

There’s also something profound about having complete control over direction. In most organisational contexts, even very senior people operate within boundaries set by boards, shareholders, or institutional cultures that predate their involvement. These constraints aren’t necessarily bad, they often represent accumulated wisdom or legitimate competing interests. But they do limit the degree to which you can fundamentally reimagine what’s possible. When you’re building your own company, those constraints still exist in the form of market realities, resource limitations, and physical laws. But you’re not fighting institutional inertia or navigating political dynamics around change. If you can figure out how to make something work, you can simply do it.

This creates an experimental freedom that’s rare in professional life. You can test ideas quickly, learn from failures without needing to justify them to multiple layers of oversight, and pivot based on what you discover. The feedback loops become much tighter when you’re both the person proposing ideas and the person authorising their implementation. This accelerates learning in ways that structured organisational environments often can’t match.

The Market as Mirror

Building a company forces you into intimate contact with reality in ways that many professional roles don’t. When you’re creating something new and trying to convince people to pay for it, you get extraordinarily direct feedback about whether your understanding of the world is accurate.

This process of discovering and serving a market isn’t just a business challenge, it’s an education in how the world actually works versus how you assumed it worked. You learn which problems people truly care about versus which ones you think they should care about. You discover what people value enough to part with money versus what they merely find interesting. You find out which of your assumptions about human behaviour are correct and which are wishful thinking.

This education happens through thousands of small interactions. A feature you thought was essential turns out to be rarely used. A concern you dismissed as minor becomes the main reason people don’t buy. A market segment you thought would be difficult to reach turns out to be eager and accessible. Each of these discoveries refines your mental model of how your particular corner of the world operates.

What makes this particularly valuable is that the feedback is honest in a way that professional feedback often isn’t. When someone decides not to buy your product, that’s an unambiguous signal. They might be polite about their reasons, but the decision itself is clear. This is different from the more ambiguous feedback you get in organisational contexts, where political considerations, unclear authority, and social dynamics can make it difficult to know whether feedback represents genuine assessment or diplomatic messaging.

Over time, this process of market feedback creates a deep, textured understanding of the problem you’re trying to solve. You become attuned to nuances that outsiders miss, able to predict what will resonate and what won’t. This understanding isn’t just intellectual, it’s intuitive, built from accumulated experience of what works and what doesn’t. It’s the difference between knowing about something and knowing something, between having studied a map and having walked the terrain.

The Crucible of Self-Reliance

There’s a particular moment that most people who build businesses experience, usually multiple times. You encounter a problem that needs solving, and you realise that no one is coming to solve it for you. There’s no manager to escalate to, no specialist department to hand it off to, no established procedure to follow. The problem exists, it’s blocking progress, and you’re the only person who can address it.

These moments are uncomfortable, sometimes acutely so. You might lack expertise in the relevant domain. You might not have the resources that would make solving it straightforward. You might not even know where to start. But the work still needs doing, and waiting for someone else to appear isn’t an option.

What happens in these moments is that you discover capabilities you didn’t know you had. You figure out how to learn what you need to know. You find creative solutions with limited resources. You develop judgement about when “good enough” is truly sufficient and when something needs to be excellent. You learn to distinguish between problems that require deep expertise and problems that just require persistent effort and common sense.

This process builds a particular kind of confidence that’s different from the confidence that comes from being recognised as good at your specialised role. It’s confidence in your ability to figure things out, whatever “things” happen to be. You become less afraid of unfamiliar problems because you’ve accumulated evidence that you can learn your way through them.

This self-reliance extends beyond just solving technical or business problems. You also learn to trust your own judgement about what matters. In most organisational contexts, there’s often significant pressure to adopt the priorities, concerns, and ways of thinking that prevail in your environment. This isn’t necessarily bad, organisational cultures often contain real wisdom. But it can make it difficult to develop independent judgement because you’re rarely forced to rely solely on your own assessment.

When you’re building something alone, you have to develop your own sense of what’s important versus what’s merely urgent, what’s a real problem versus what’s just noise, what deserves attention versus what can be safely ignored. You can seek advice, and often should, but ultimately the decisions are yours to make. This forces you to develop internal criteria for judgement rather than relying primarily on external validation.

The Productive Silence

There’s a particular quality to the silence of working alone that differs from ordinary quiet. It’s not just the absence of noise but the absence of the social performance that accompanies most work. When you’re alone, you’re not managing how you appear to others, not signalling competence or engagement, not navigating the subtle social dynamics of shared space. You can simply think.

This creates conditions for a specific kind of deep work that’s increasingly rare. You can hold complex problems in your mind for extended periods without interruption, exploring different angles and implications. You can pursue tangential thoughts that might lead nowhere but might reveal something important. You can work through ideas at their natural pace rather than the pace demanded by meeting schedules and communication expectations.

Many people find that their best thinking happens in these uninterrupted stretches. There’s a reason so many breakthroughs are attributed to walks, showers, or early morning hours before anyone else is awake. These moments share a common feature: they’re times when you’re alone with your thoughts, free from the need to articulate ideas before they’re fully formed or to defend thinking that’s still tentative and exploratory.

When you’re building something alone, you can create extended versions of these conditions. You can spend an entire day working through a single problem, approaching it from different angles, testing ideas without needing to explain your reasoning. This kind of sustained attention becomes possible when you’re not fragmented across multiple meetings and social obligations.

The silence also creates space for honesty with yourself that can be difficult to maintain in social contexts. When you’re alone, you can acknowledge doubts, uncertainties, and gaps in your understanding without worrying about how that might appear. You can change your mind without needing to explain why you believed something different yesterday. You can be wrong, discover you’re wrong, and correct course without any loss of face.

This private honesty is essential for learning and growth. So much of developing expertise involves being wrong, discovering you’re wrong, and updating your understanding. This process is harder when it has to happen publicly, when changing your mind requires admitting error in front of others. The privacy of solitary work allows you to be wrong more freely and therefore to learn more quickly.

The Shadow Side We Should Acknowledge

For all its benefits, building something alone carries real risks that deserve honest acknowledgement. The solitude that enables deep work can also enable self-deception. Without colleagues to challenge your thinking, you can pursue bad ideas longer than you should. Without social interaction, you can lose perspective on what normal expectations and standards are. Without external structure, you can fall into unhealthy patterns of overwork or, conversely, undisciplined drift.

There’s also a genuine risk of isolation in the social and emotional sense. Humans are deeply social creatures, and work often provides important social connection. When you’re building something alone, you lose the casual conversations, the shared struggles, the sense of being part of a team working towards common goals. This loss is real and shouldn’t be minimised.

The pressure of sole responsibility can also become oppressive. When everything depends on you, when there’s no one to share the burden of decisions, when every failure is unambiguously your failure, the weight of that responsibility can be crushing. This is particularly true during difficult periods when the business struggles or when you’re facing problems you don’t know how to solve.

There’s also a risk of losing touch with how others think and work. When you’re alone, you develop your own methods and rhythms, which is valuable. But you also miss exposure to different approaches, different priorities, different ways of understanding problems. This can make you less effective when you eventually do need to collaborate or less able to understand and serve customers who think differently than you do.

These risks are real enough that anyone considering this path should think carefully about how to mitigate them. This might mean deliberately creating structures for getting external input and challenges to your thinking. It might mean building social connection outside of work to compensate for what you’re not getting from colleagues. It might mean setting boundaries to prevent the isolation from becoming total or the work from consuming everything else in life.

The Complementary Natures

What makes this combination of ownership and solitude particularly powerful is how they reinforce each other. The ownership creates stakes that make the solitude productive rather than merely isolating. When you’re building something that’s genuinely yours, the time alone isn’t just pleasant quiet but focused work towards something you care about deeply. The solitude, in turn, makes the ownership more meaningful because the vision and execution are more purely yours, less compromised by the need to accommodate others’ priorities or ways of thinking.

This creates a particular kind of professional experience that’s qualitatively different from most career paths. You’re not climbing a ladder within an existing structure or building expertise in a specialised domain within a larger organisation. You’re creating something from nothing, and doing much of that creation in a state of focused solitude that allows for deep thinking and rapid learning.

The experience tends to transform people in lasting ways. Having built something from nothing, having relied on yourself through difficult challenges, having developed judgement through direct feedback from reality rather than from organisational consensus, you develop a different relationship with work and with your own capabilities. You become more comfortable with uncertainty, more willing to trust your own judgement, more confident in your ability to figure things out.

This doesn’t mean you become convinced you have all the answers or that you don’t need others. Often the opposite happens: having tested your own limits, you gain a more accurate sense of where your strengths lie and where you need help. But you’re no longer fundamentally dependent on external structures to tell you what to do or to validate whether you’re doing it well. You’ve developed internal standards and internal motivation that make you more autonomous.

Making Peace with the Particular Path

Building something alone isn’t for everyone, and that’s fine. Many people thrive in collaborative environments, find deep satisfaction in specialising within larger organisations, or simply prefer the social richness and reduced individual risk that comes with working as part of a team. These aren’t inferior choices, just different ones that suit different people and different circumstances.

But for those who are drawn to this path, who feel the pull of building something from nothing and who find that solitude enables rather than depletes them, understanding what makes this combination powerful can help make sense of the experience. The quiet mornings, the sole responsibility, the intimate relationship with market feedback, the self-reliance that develops through repeated challenges, these aren’t just the price you pay for ownership. They’re essential elements of what makes the experience valuable and transformative.

The phrase “a man’s own company” captures something that’s difficult to articulate but immediately recognisable to those who’ve experienced it. It’s about the relationship between builder and built, between solitude and creation, between being alone and being wholly yourself. It’s about the particular kind of freedom that comes from being completely responsible for something, and the particular kind of growth that happens when you’re required to rely on yourself whilst receiving honest feedback from reality.

In a world that often emphasises collaboration, teamwork, and the importance of fitting into organisational cultures, there’s something quietly radical about choosing to build alone. It’s a reminder that some things can only be created in solitude, that some kinds of growth require you to be thrown back entirely on your own resources, and that the experience of being wholly responsible for something you’ve built from nothing offers rewards that are difficult to find any other way.

Imagine you’re a brilliant engineer with an idea that could help save the planet. You’ve spent years thinking about a technology that could pull carbon dioxide directly from the air and store it safely underground. The science seems sound but developing it would cost hundreds of millions of dollars. Your potential customers say they’d love to buy it once it exists, but nobody wants to be the first to commit real money to an unproven technology. Banks won’t lend for something this risky. Venture capitalists want faster returns. You’re stuck in a circular trap: you can’t build it without customers, and customers won’t commit without proof it works.

This is the innovation paradox that has strangled countless breakthrough technologies before they could draw their first breath. But there’s a mechanism that can break this cycle, one that’s elegant in its simplicity yet profound in its implications. It’s called an Advance Market Commitment, and it might be one of the most powerful tools we have for solving humanity’s biggest challenges.

What is an Advance Market Commitment?

At its core, an Advance Market Commitment (AMC) is a binding promise to purchase something that doesn’t exist yet. Think of it as a signed contract with a blank space where the product should be, accompanied by a substantial check and a clear message: “If you can create this thing we need, and if it meets these specific standards, we promise to buy it from you at this pre-agreed price.”

The beauty of this arrangement lies in what it does to risk. Normally, when someone sets out to invent something radically new, they shoulder enormous uncertainty. Will it work technically? Will it cost too much? Will anyone actually buy it? An AMC removes the last question entirely and significantly reduces the financial risk of the first two. It transforms a terrifying leap into the unknown into a challenging but navigable engineering problem.

Consider how different this is from typical government grants or private investment. A grant might fund your research, but it doesn’t guarantee anyone will buy what you create. Private investors might fund your company, but they’re betting on your ability to both invent something and then convince people to buy it. An AMC says: we’ve already solved the demand side of the equation for you. Now go solve the supply side.

The Carbon Capture Frontier: A Case Study in Coordinated Ambition

In April 2022, a coalition that included Stripe, Alphabet, Shopify, Meta, and McKinsey launched something remarkable. They called it Frontier, and they committed nearly a billion dollars to purchase carbon removal technologies that, at the time of their commitment, didn’t exist at commercial scale. Not technologies that might exist, or technologies they hoped would exist, but technologies that would need to be invented, perfected, and scaled to meet their specifications.

The Frontier commitment wasn’t charity and it wasn’t speculative investment in the traditional sense. These companies genuinely need carbon removal services to meet their climate commitments, but the market for those services was nascent, fragmented, and risky. No single company wanted to be the first mover and bear all the risk of catalysing a new industry. But together, they could create the market conditions that would make that industry viable.

Think about what this meant for a carbon removal startup. Instead of spending years pitching to individual companies, hoping to cobble together enough interest to justify building their first facility, they could look at Frontier’s commitment and know: if we solve the technical challenges and meet these standards, we have buyers lined up with hundreds of millions of dollars ready to spend. This certainty changes everything. It makes raising additional capital easier. It makes hiring top talent more appealing. It transforms a moonshot into a mission with a clear market waiting at the end.

The results speak to the power of this approach. Within two years of Frontier’s launch, the carbon removal industry saw unprecedented growth in both innovation and investment. Technologies that had languished in research labs began attracting serious commercial development. New companies formed specifically to meet Frontier’s technical specifications. The commitment didn’t just fund carbon removal; it conjured an entire industry into existence.

Why Markets Fail and How AMCs Fix Them

To understand why AMCs are so powerful, you need to understand a peculiar type of market failure. Sometimes, products that would be enormously valuable to society simply don’t get created because the economics don’t work for any individual actor.

Imagine you’re pharmaceutical company trying to decide whether to develop a vaccine for a disease that primarily affects low-income countries. The research might cost half a billion dollars. The countries that need it can’t afford to pay prices that would let you recover those costs. Aid organizations might want to help, but they can’t commit funds years in advance for a product that doesn’t exist. So despite the enormous human value of the vaccine, it never gets made. Everyone loses.

This same dynamic plays out across countless domains. Pandemic preparedness technologies sit uninvented because we don’t know which pandemic will strike next. Revolutionary energy storage remains theoretical because the business case requires too many uncertainties to align. Life-saving diagnostics for rare diseases languish because the market seems too small to justify development costs.

The market isn’t failing because of lack of demand or lack of innovation capability. It’s failing because of a coordination problem and a timing mismatch. The people who would ultimately pay for these technologies can’t commit to purchasing them before they exist, and inventors can’t afford to create them without that commitment. We’re all trapped on opposite sides of a canyon, able to see each other but unable to meet.

An AMC builds a bridge across that canyon. It allows future purchasers to make credible commitments today, creating the market certainty that innovators need to invest in development. It aligns the incentives of all parties: buyers get the technologies they need, inventors get compensated for their risk and effort, and society gets solutions to problems that markets alone couldn’t solve.

The Anatomy of an Effective Commitment

Not all advance commitments are created equal. The most effective ones share several key characteristics that distinguish them from wishful thinking or vague promises.

First, they’re legally binding. When Frontier committed nearly a billion dollars to carbon removal, that wasn’t a letter of intent or an expression of interest. It was a binding obligation that could be enforced in court. This distinction matters enormously because it changes the calculus for everyone involved. Innovators can take that commitment to banks, investors, and potential employees as proof that a market exists. The binding nature of the commitment makes it as real as if the technology already existed.

Second, they specify clear quality and performance standards. The commitment isn’t to buy just anything labelled “carbon removal.” It’s to buy carbon removal that meets specific durability standards, verification requirements, and cost thresholds. These specifications serve multiple purposes. They ensure that the commitment drives innovation toward genuinely useful solutions rather than superficial ones. They create clear goalposts that innovators can target. And they protect the buyers from having to purchase ineffective products just because they made a commitment.

Third, effective AMCs typically include price structures that recognize the economics of innovation. Early purchases might be at premium prices to help companies recover their research and development costs and achieve economies of scale. Later purchases occur at lower, sustainable prices that reflect the cost of production once the technology is established. This tiered approach acknowledges that creating something new is expensive, but it also ensures the technology becomes accessible over time.

Finally, the best AMCs include mechanisms for verification and adaptation. How do we know if a carbon removal technology actually works as claimed? Who measures and confirms compliance? And what happens if unexpected technical challenges arise or if external conditions change? Thoughtful AMCs anticipate these questions and build in processes for handling them.

Beyond Carbon: The Expanding Frontier of Commitments

While climate technology has captured significant attention in the AMC world, the mechanism’s potential reaches far beyond carbon removal. Once you understand the structure, you start seeing opportunities everywhere.

Consider pandemic preparedness. We know that novel infectious diseases will emerge, we just don’t know when or what form they’ll take. This uncertainty makes it nearly impossible for pharmaceutical companies to justify maintaining the surge capacity needed to rapidly develop and manufacture vaccines or treatments. But what if governments and international organizations made binding commitments to purchase pandemic response capabilities? Not specific vaccines for specific diseases, but platforms and manufacturing capacity that could be rapidly deployed when needed. Such commitments could maintain industrial capabilities that would otherwise be economically unviable but are critically important for global security.

Or think about space sustainability. Low Earth orbit is becoming crowded with debris that threatens satellites and future space activities. Technologies to remove this debris exist in prototype form, but the business case is challenging. No single entity bears enough cost from space debris to justify paying for its removal, yet collectively we’re all harmed by the growing problem. An advance commitment from space agencies, satellite operators, and launch providers could create the market for debris removal services, transforming it from a public goods problem into a viable industry.

The same logic applies to revolutionary energy technologies, breakthrough medical treatments for neglected diseases, novel materials that could enable new industries, artificial intelligence safety research, and countless other domains where innovation is stymied not by lack of capability but by market coordination failures.

The Ripple Effects of Certainty

What makes AMCs particularly fascinating is how they create cascading effects beyond the direct commitment itself. When a credible advance commitment exists, it doesn’t just affect the companies directly trying to fulfil it. It transforms the entire ecosystem around that challenge.

Imagine you’re a materials scientist who has been toying with ideas about novel carbon capture membranes. Frontier’s commitment suddenly makes those ideas relevant to a billion-dollar market. You might decide to pursue them more seriously. Or perhaps you’re a venture capitalist who previously thought carbon removal was too risky. The existence of committed buyers changes your risk assessment, making you more willing to fund companies in the space. Maybe you’re an engineering student choosing between different career paths. The visible, funded challenge of carbon removal might pull you into the field when you otherwise would have chosen something more conventional.

This is how AMCs can catalyse entire industries. The commitment creates certainty, certainty attracts talent and capital, and that influx of resources accelerates innovation far beyond what the original commitment might have directly funded. The market signal is as important as the money itself.

There’s also a powerful demonstration effect. When one AMC succeeds in catalysing innovation and creating a new market, it makes similar commitments more credible in other domains. Success breeds success. The pneumococcal vaccine AMC helped establish the model. Frontier demonstrated it could work for climate technology. Each success makes the next commitment easier to organize and more likely to attract the participants needed to reach critical mass.

The Challenges and Limitations

For all their promise, advance market commitments aren’t a panacea. They work best for specific types of challenges and require careful design to be effective.

The mechanism is most powerful when the technology needed is well-defined enough to specify requirements but uncertain enough that markets won’t develop it without intervention. If a technology is too speculative, even an AMC might not be enough to overcome the technical risks. If it’s nearly certain to be developed anyway, an AMC might just transfer value to companies that would have done the work regardless.

There’s also the challenge of getting commitments large enough to matter. Frontier’s nearly billion-dollar commitment sounds massive, but it’s actually relatively modest compared to the scale of investment needed to fully commercialize carbon removal technologies. For an AMC to truly catalyse a new industry, it needs to be large enough to justify the substantial fixed costs of developing novel technologies and building new manufacturing capacity.

The design of the specifications and verification mechanisms requires sophisticated technical and legal expertise. Set the bar too high and no one can meet it, making the commitment meaningless. Set it too low and you might purchase technologies that don’t actually solve the problem. Finding that sweet spot requires deep domain knowledge and often extensive consultation with potential suppliers and technical experts.

There’s also a timing consideration. AMCs work by creating certainty about future demand, but that only helps if innovators believe they can meet the specifications within a reasonable timeframe. If the commitment is too far in the future, it loses its power to mobilize resources today. If it’s too near-term, it might not allow enough time for genuine innovation to occur.

A Tool for Ambitious Futures

Despite these challenges, advance market commitments represent something rare and valuable: a mechanism that can reliably convert ambition into reality. They’re a tool for translating our collective desire for solutions into the market incentives needed to create them.

What excites me most about AMCs is how they embody a particular kind of optimism. They’re based on the belief that if we can clearly articulate what we need and create the right incentives, human ingenuity will find a way to deliver it. They don’t require us to know exactly how problems will be solved, only to know what a solution would look like and be willing to pay for it.

In a world facing challenges as complex as climate change, pandemic preparedness, and technological risks, we need tools that can operate at the appropriate scale and speed. We need mechanisms that can mobilize private sector innovation while serving public interests. We need ways to make long-term thinking economically rational rather than financially foolish.

Advance market commitments do all of this. They’re not magic, but they might be the closest thing we have to a systematic way of making the future we want more likely to arrive. They transform vague hopes into concrete commitments, and concrete commitments into functioning markets, and functioning markets into real technologies that solve real problems.

As I think about the next decade of my career, I find myself drawn to this space not despite its challenges but because of them. There’s something deeply appealing about working on the infrastructure of innovation itself, about building the bridges that let inventors and markets meet. The potential to facilitate even one successful AMC that brings a crucial technology into existence feels like it could be among the most leveraged contributions a person could make.

Because ultimately, advance market commitments are about more than economics or innovation policy. They’re about our collective capacity to solve hard problems that matter. They’re about creating the conditions where the future we need becomes the future we get. And in a world that desperately needs more solutions to seem economically viable, that feels like work worth doing.

In 1865, a French novelist named Jules Verne published a book about three men who travel to the Moon by being shot from a giant cannon. The idea was absurd, physically impossible, and captured the imagination of millions. A little over a century later, three astronauts did reach the Moon, though they travelled by rocket rather than artillery. The Apollo programme’s lead engineer later admitted that Verne’s novels had inspired him as a child. The impossible dream had become a meticulously planned engineering challenge, but it started as a story someone dared to tell.

This is the peculiar magic of science fiction. It doesn’t predict the future so much as it creates permission for certain futures to exist. Long before engineers begin sketching designs, before investors commit capital, before governments allocate budgets, someone has to imagine that a thing is possible. Science fiction is where we conduct our first experiments with tomorrow, where we test ideas that haven’t yet earned the right to be called predictions. And in an age of accelerating technological change and mounting global challenges, this imaginative laboratory has never been more essential.

The Invention Before the Invention

There’s a curious pattern in the history of innovation that we don’t talk about enough. Before nearly every transformative technology becomes real, it exists for years or decades as a fictional concept that gradually shifts from impossible to implausible to merely difficult. The technology doesn’t spring fully formed from laboratory work. It emerges through a long process of imaginative rehearsal, where writers, filmmakers, and artists work through the implications of ideas that engineers haven’t yet figured out how to build.

Consider the mobile phone. Long before Martin Cooper made the first handheld cellular call in 1973, Star Trek had popularised the communicator, a handheld device that let crew members talk to each other across vast distances. Cooper himself has acknowledged that the show influenced his work. But the influence wasn’t just about the specific device. Star Trek normalised the idea that instant, portable communication was desirable and inevitable. It made the concept feel natural before the technology to achieve it existed.

Or think about the touchscreen interfaces we now use without thinking. They appeared in science fiction decades before they became ubiquitous in our pockets. Films and television shows depicted people manipulating digital information with their hands, swiping and pinching and zooming through data. These depictions weren’t technically accurate, they couldn’t be because the technology didn’t exist. But they established an intuitive grammar for how humans might interact with computers. When engineers eventually developed the technology, they had a ready-made mental model for what a good interface should feel like, one that had been refined through years of fictional iteration.

This isn’t coincidence and it isn’t just inspiration in the romantic sense. Science fiction serves as a kind of collective design studio for humanity, a place where we can rapidly prototype ideas and explore their consequences without needing to build working models. A novel or film can test hundreds of variations on an idea, exploring different implementations, uncovering unexpected problems, and discovering possibilities that wouldn’t have been obvious from the engineering specifications alone.

The tablet computer offers a particularly striking example of this process. The concept appeared in Stanley Kubrick’s 2001: A Space Odyssey in 1968, depicted as devices called “newspads” that astronauts used to read news during their journey. The idea circulated through science fiction for decades afterwards, gradually becoming more refined and detailed. By the time Apple released the iPad in 2010, the concept had been so thoroughly explored in fiction that it felt overdue rather than revolutionary. The technology had to catch up with the imagination, but the imagination had been steadily working on the problem for forty years.

The Gymnasium of Consequence

But science fiction does something more subtle and perhaps more important than inspiring specific technologies. It provides a space to explore what happens after the invention, to work through the social, ethical, and existential implications of technologies before we’ve committed to building them.

Every technology carries consequences that reach far beyond its immediate function. Social media wasn’t just a new way to communicate, it reshaped how we think about privacy, identity, truth, and community. Artificial intelligence isn’t just a productivity tool, it raises profound questions about creativity, consciousness, labour, and what it means to be human. These second-order and third-order effects are often impossible to predict through engineering analysis alone. They emerge from the complex interaction between technology and human nature, between new capabilities and old desires.

Science fiction excels at exploring these deeper implications. When Philip K. Dick wrote Do Androids Dream of Electric Sheep? in 1968, he wasn’t primarily interested in the technical challenge of building humanlike robots. He was exploring what it would mean for humans to live alongside beings that perfectly mimicked human behaviour whilst possibly lacking whatever quality we consider essentially human. The novel asked uncomfortable questions about empathy, authenticity, and whether our humanity lies in our biology or our behaviour. These questions have become urgently relevant as we develop increasingly sophisticated AI systems, but Dick was thinking through the problems fifty years before we had to confront them in reality.

This anticipatory thinking creates enormous value. When we encounter new technologies, we’re not starting from scratch in understanding their implications. We’ve already thought through analogous scenarios in fiction. We’ve seen how things might go wrong, explored different regulatory approaches, and considered various ethical frameworks. The fiction hasn’t given us answers exactly, but it’s given us a head start on asking the right questions.

Consider how much contemporary discussion about artificial intelligence draws on concepts from science fiction. When we debate whether AI systems might develop goals misaligned with human values, we’re drawing on scenarios explored in countless stories. When we worry about surveillance technologies and privacy erosion, we’re channelling concerns that George Orwell articulated in Nineteen Eighty-Four. When we think about genetic engineering and its implications for human equality and identity, we’re building on ideas that Aldous Huxley explored in Brave New World. These fictional works provide a shared vocabulary for discussing complex issues, a common reference point that makes it easier to communicate nuanced concerns and possibilities.

This is particularly valuable because technological change now moves faster than our social and political institutions can easily adapt. We need ways to think quickly and collectively about new possibilities, to build shared understanding of what might happen and what we want to prevent or encourage. Science fiction accelerates this process of collective sense-making, letting thousands or millions of people simultaneously explore scenarios and develop intuitions about how to respond.

The Architecture of Ambition

Perhaps science fiction’s most underappreciated function is how it shapes our sense of what’s worth attempting. Every ambitious project begins with someone believing that a particular goal is achievable and worthwhile. But where do those beliefs come from? How do ideas move from “obviously impossible” to “probably unfeasible” to “difficult but potentially achievable”?

Science fiction plays a crucial role in this transition. By depicting futures where certain technologies exist and certain problems have been solved, it makes those outcomes feel more tangible and desirable. It transforms abstract possibilities into concrete visions that people can rally around and work towards.

The space programme offers the clearest example of this dynamic. For decades before the first orbital flights, science fiction had been depicting space travel as not just possible but inevitable. Authors like Arthur C. Clarke and Isaac Asimov wrote detailed, scientifically grounded stories about orbital stations, Moon bases, and interplanetary travel. These stories didn’t just inspire individual engineers, though they certainly did that. They created a cultural consensus that space exploration was a natural and desirable direction for human civilisation to expand. When President Kennedy proposed landing humans on the Moon, the idea was audacious but not incomprehensible. Science fiction had prepared the ground, making the vision legible to both the public and the politicians who would need to fund it.

This pattern continues today. The current resurgence of interest in Mars colonisation owes much to science fiction’s persistent depiction of Mars as humanity’s next frontier. Kim Stanley Robinson’s Mars trilogy, published in the 1990s, provided an extraordinarily detailed vision of how Mars might be terraformed and settled over centuries. The novels worked through the engineering challenges, the social conflicts, the ecological transformations, and the philosophical questions that such an endeavour would raise. These weren’t just entertaining stories, they were thought experiments that made the project feel more concrete and tractable.

Similarly, much of the contemporary enthusiasm for ambitious climate interventions, from carbon capture to geoengineering, has been shaped by science fiction’s exploration of these concepts. When we talk about removing carbon from the atmosphere at scale or deliberately modifying Earth’s climate systems, we’re discussing ideas that science fiction has been exploring for decades. The fiction hasn’t solved the engineering problems, but it’s established these interventions as thinkable options rather than unimaginable hubris.

This function of science fiction becomes especially important when we face problems that require long-term, coordinated effort with delayed payoffs. Climate change, pandemic preparedness, artificial intelligence safety, and countless other challenges demand that we invest substantial resources now to prevent or prepare for future scenarios. But humans struggle with this kind of long-term thinking. We discount future risks, especially abstract ones. Science fiction helps by making those futures vivid and immediate, by letting us emotionally experience futures that we can’t yet empirically observe.

The Failure Mode We Need to Acknowledge

For all its value, we should be honest about science fiction’s limitations and potential downsides. Not all science fiction is created equal, and not all of its influence is positive.

Some science fiction reinforces harmful assumptions or presents dystopias so compelling that they become self-fulfilling prophecies. If we constantly depict futures where technology enslaves us or destroys the environment or concentrates power in dangerous ways, we may inadvertently make those outcomes feel inevitable rather than avoidable. The line between warning and prophecy can blur uncomfortably.

There’s also a risk that science fiction’s emphasis on dramatic scenarios can distort our thinking about what futures are actually likely or important. The most probable futures are often less exciting than the most dramatic ones. Climate change will probably not cause sudden collapse but rather grinding incremental damage to ecosystems and human welfare. Artificial intelligence will probably not achieve sudden consciousness and rebel but rather gradually transform labour markets and social relations in complex ways. Yet these realistic scenarios are harder to dramatise and therefore get less attention in fiction.

Moreover, science fiction sometimes promotes a kind of techno-optimism that assumes technology can solve any problem if we just invent the right gadgets. This can distract from the reality that many of our challenges are fundamentally social, political, and ethical rather than technical. We don’t need to invent new technologies to address poverty or inequality or conflict, we need to make different choices with the capabilities we already possess.

Despite these limitations, the balance sheet remains strongly positive. The risks of science fiction misleading us are real but manageable. The benefits of having a cultural mechanism for thinking systematically about technological futures are enormous and probably irreplaceable.

Nurturing the Imaginative Infrastructure

If science fiction plays this crucial role in how we collectively think about and prepare for technological change, then we have an interest in maintaining a healthy, diverse science fiction ecosystem. This isn’t just about entertainment, it’s about preserving a vital piece of our civilisational infrastructure for thinking about the future.

What does a healthy science fiction ecosystem look like? It needs diversity across multiple dimensions. We need hard science fiction that grapples rigorously with technical constraints and possibilities, helping us understand what’s physically achievable. We also need softer, more speculative fiction that explores social and psychological implications without getting bogged down in technical details. We need optimistic visions that show us futures worth working towards, and we need dystopian warnings that help us avoid pitfalls. We need fiction from diverse cultural perspectives, because different societies will encounter technology in different ways and have different priorities for what to develop or prevent.

This diversity matters because science fiction’s influence is cumulative and competitive. Ideas circulate through the genre, getting refined and remixed and challenged. A concept that seems promising in one story might reveal problems when explored from a different angle in another. The ecosystem works best when it contains many voices offering many perspectives, creating a rich marketplace of ideas about what futures are possible, desirable, and worth pursuing.

Currently, we risk impoverishing this ecosystem through market forces that favour certain kinds of stories over others. Publishers and film studios often prefer familiar formulas to genuinely novel speculation. Budget constraints push towards near-future scenarios and away from ambitious far-future visions. The economics of entertainment media don’t necessarily align with the social value of exploring important but commercially risky ideas.

There’s a case for treating science fiction somewhat like we treat basic scientific research, as a public good that generates value beyond what markets can capture. Government arts funding, educational support, and cultural institutions all have roles to play in ensuring that science fiction remains vibrant and diverse. When we fund science fiction, we’re not just supporting entertainment, we’re investing in our collective capacity to imagine and prepare for technological change.

The Stories We Tell Ourselves

Ultimately, science fiction matters because humans are storytelling creatures who think through narrative. We don’t experience our lives as collections of facts and data points, we experience them as stories with characters, conflicts, and resolutions. When we try to understand complex phenomena like technological change, we naturally reach for narrative frameworks that let us organise information and extract meaning.

The stories we tell about technology shape what we build and how we use it. If our dominant narratives depict technology as an autonomous force that happens to us, we’ll approach it passively and reactively. If our stories show technology as a tool we can shape towards human ends, we’ll approach it more deliberately and thoughtfully. If we tell stories where innovation primarily benefits the already powerful, that’s the future we’ll likely create. If we tell stories where technology broadly improves human welfare, we make that future more achievable.

Science fiction is where we experiment with these narratives before they become reality. It’s where we test different stories about what technology means and what we should do with it. In that sense, science fiction isn’t separate from technological development, it’s an essential part of the process. The imagination work happens first, establishing the possibility space that engineering will later explore.

As we face challenges of unprecedented scale and complexity, from climate change to pandemic risk to artificial intelligence, we need all the tools we can muster for thinking clearly about possible futures and coordinating our responses. Science fiction won’t solve these problems on its own, but it provides something irreplaceable: a space to imagine that solutions exist, to explore what they might look like, and to build the shared visions that make coordinated action possible.

The blueprint comes before the building. The story comes before the invention. And the future we can imagine is the only future we have any chance of deliberately creating. That’s why science fiction matters, and why we need to treat it as the vital imaginative infrastructure it truly is.

References

• Science Fiction & Fantasy with Great Prose and Big Ideas | Jared Hednerson
• Inside The Hard Tech Startups Turning Sci-Fi Into Reality | Y Combinator
• The Future You Avoid Is Riskier Than the One You Face with Reid Hoffman | A Bit of Optimism Podcast