Thought Exploration Series
The Futures We Imagine
From daydream to civilization — why we cannot stop imagining the future
The Mind That Lives Ahead
Without even trying, you are already living in several possible futures. Right now, beneath this sentence, your mind is rehearsing what comes next — conversations not yet had, decisions not yet made, tomorrows not yet arrived. You don’t choose to do this. It simply happens.
This is part of what makes us human.
We often describe ourselves as toolmakers, storytellers, dreamers. All of these are true. We are also creatures with a quiet, relentless capacity to inhabit worlds that do not yet exist. We are, in a profound sense, beings who live partly in tomorrow.
“Memory is a system that allows us to travel mentally through time.” — Endel Tulving
The cognitive psychologist Endel Tulving called this “mental time travel.” The term sounds poetic, but it describes something remarkably precise. To imagine what has not yet happened, the brain retrieves fragments of memory, recombines them into new configurations, estimates probabilities, anticipates consequences, and uses those simulations to guide action in the present. We are not passively waiting for the future to arrive. We are rehearsing it, continuously.
Memory and imagination turn out to be the same system. We do not remember the past simply to preserve what has been — we reconstruct it, reinterpret it, sometimes reimagine it entirely. And we do not imagine the future from nothing — we build it from fragments of everything we have already lived. The same cognitive machinery that reconstructs yesterday also rehearses tomorrow. Past and future are not opposites. They are two directions the same restless mind keeps exploring.
This inheritance shapes everything. Much of what we call civilization can be understood as the accumulated materialization of imagined futures — cities, laws, institutions, technologies, all built twice: first in the mind, then in the world.
But here is what makes this moment different from any that came before: we are now building tools that can simulate futures alongside us, faster than we can fully absorb. The interval between imagining and experimenting is shrinking. And yet the future feels no more predictable — if anything, less so.
That paradox is where this exploration begins.
The Worship of Tomorrow
The tension between our hunger to shape the future and our inability to control it has always been at the heart of the human story. What changes across history is not the impulse itself — it is the scale and speed with which we act on it.
Human beings have always sought to extend themselves beyond the limits of the present. Not just privately, in the quiet simulations of an individual mind, but collectively — through culture, through belief, through the material world we build around us. And no expression of that impulse has been more tangible, more visible, more consequential, or more revealing than technology.
“The most human thing about us is our technology.” — Marshall McLuhan
McLuhan saw something that still feels radical: technology is not separate from humanity. It is one of its most characteristic expressions. We do cognitively through imagination what we do materially through tools. A spear extends the reach of the arm. Writing extends memory across generations. The telescope extends vision beyond the limits of the eye. The computer extends calculation — and the vast ramification of that is still unfolding around us.
Each invention is, at its core, a refusal to accept inherited limits.
“We shape our tools and thereafter our tools shape us.” — Marshall McLuhan
This is the loop that drives history. We imagine a capability, we build it, and then it reshapes the conditions in which the next generation imagines. Technology is not just the product of future thinking — it is its most visible residue. When people picture tomorrow, they picture machines and systems because technology is where imagination becomes most tangible. It is where the future stops being a feeling and starts being a fact.
Generative artificial intelligence is the latest — and perhaps most consequential — turn in this long story. It adds something genuinely new: the ability to synthesize vast bodies of human knowledge into scenarios, strategies, and speculative possibilities in real time. It is not merely a tool for retrieving what is already known. It is a partner in exploring what might come next. Whether it ultimately expands human imagination or overwhelms it with endless recombinations of existing ideas remains an open question. But its emergence marks a significant new chapter in humanity’s effort to externalize and amplify the mind itself.
At certain moments, this orientation toward tomorrow becomes more than practical. It becomes devotional.
Few movements captured this more vividly than Futurism. In 1909, Filippo Tommaso Marinetti published the Manifesto of Futurism on the front page of Le Figaro. The manifesto celebrated speed, machinery, electricity, and the disruptive energy of modern life. The machine became more than a practical invention. It became a symbol — of humanity’s desire to break with inherited constraints and participate directly in the creation of a new world. The future was no longer something that would simply happen. It had become an aesthetic and moral project.
At first glance this feels anti-human — cold logic displacing organic life. But look closer and it is something else entirely. The qualities the Futurists worshipped — precision, acceleration, transformative power — were not imposed on humanity from outside. They were qualities human beings had deliberately designed into their own creations. In celebrating the machine, the Futurists were celebrating a reflection of themselves: our desire to exceed inherited limits, to amplify our capabilities, to become more than we currently are.
The enduring significance of Futurism is not the specific world it imagined. It is the intensity with which it treated imagining itself as humanity’s highest task.
That impulse has never really left us. Much of contemporary technological culture still rests on the same assumption — that tomorrow can be made faster, smarter, more transformative than today. The language has changed. The underlying hunger has not. If anything we have learned to fear it — not the future itself, but our own relentless need to reach toward it, to build it, to become it. And to let it shape us.
How Civilizations Dream
“A long time ago in a galaxy far, far away.”
Six words that set a story in the past — and yet fired the imagination of millions about what the future could look like. That paradox is not accidental. It is how science fiction has always worked — and how human beings have always dreamed. We reach backward and forward at the same time, using everything we know to construct everything we can imagine.
The richest visions of the future are rarely found in technical reports. They emerge across the full range of human culture — in illustrated postcards, classroom conversations, speculative architecture, political manifestos, novels, and films. These artifacts are compelling not because they forecast events with precision, but because they reveal how each era attempts to think beyond the constraints of the present.
They show us societies thinking aloud.
“Imagination will often carry us to worlds that never were. But without it we go nowhere.” — Carl Sagan
When human beings imagine the future, they are not simply predicting what will happen. They are asking a recurring set of questions — about technology, society, evolution, and identity. The medium changes across eras. The questions remain remarkably consistent.
How Technology Reshapes Everyday Life
At the turn of the twentieth century, French artists produced a remarkable series of illustrations known as En L’An 2000 — In the Year 2000. Created for the 1900 Exposition Universelle and later reproduced as postcards, these images depicted automated classrooms, airborne firefighters, underwater transportation, and mechanized domestic life.
What makes them so enduring is not whether they proved correct. It is what they reveal about the logic of imagination itself. Their creators assumed the future would extend the most visible technologies of their own era — gears, propellers, engines, industrial machinery. Yet the people inhabiting these extraordinary worlds are dressed in the formal clothing of the Belle Époque. The machines belong to tomorrow. The humans remain unmistakably rooted in 1900.
This small detail is surprisingly revealing. Technological change is almost always easier to imagine than social or cultural change. We can picture flying machines and automated schools while still assuming that people will look, behave, and live according to familiar conventions. The future is rarely invented from scratch. More often it is the present projected forward — selected elements amplified, while everything else remains untouched.
A similar pattern appears in a BBC segment recorded in 1966, in which children were asked to describe life in the year 2000. They imagined videophones, robotic assistants, automated household labor, advanced medicine, dramatic changes in transportation. Their predictions faithfully reflected the atmosphere surrounding them — the space race, television, suburban modernity, the growing presence of computers. They were not making detached forecasts. They were extending the world they already knew into adulthood.
In both cases the future begins close to home. Before it becomes philosophical, it becomes practical. And we are genuinely skilled at extending existing trajectories — a carriage becomes an automobile, a computer becomes smaller and faster. What is far harder is imagining entirely new categories. The future most reliably surprises us not by improving known inventions but by introducing possibilities that lie completely outside the conceptual vectors of the present.
How Society and Space Might Be Reorganized
As soon as we imagine new technologies, a broader question follows: if our tools change, how should our societies change with them?
Architects felt this most viscerally. Figures like Antonio Sant’Elia, Archigram, Buckminster Fuller, and Lebbeus Woods produced drawings of floating cities, plug-in megastructures, and radically adaptive urban systems — many never built, yet all expanding the boundaries of what human environments might become. These were not engineering proposals. They were arguments about collective life, rendered in spatial form.
Cinema explored the same territory with darker undertones. Metropolis presented a towering city where technological magnificence coexisted with severe social inequality — the future not as utopia but as an amplification of the present’s deepest tensions. The question it asked has never stopped being relevant: if technology changes what is possible, what kind of society should we build?
How Technology Might Alter Human Evolution
Some visions move beyond the reorganization of society to ask something more unsettling: could technology participate in the transformation of humanity itself?
Kubrick’s 2001: A Space Odyssey begins with prehistoric tools and ends in cosmic metamorphosis, suggesting that technology is not merely an instrument but a partner in evolution. HAL 9000 is only one element in a much larger meditation — on intelligence, consciousness, and what the species might yet become.
This is not purely cinematic speculation. Unlike other organisms, human beings reshape the conditions of their own development through language, culture, and technology. Each major invention alters the environment in which subsequent generations live and evolve. From Pierre Teilhard de Chardin to contemporary transhumanist thinkers, many have argued that evolution may now continue through cultural and technological means — that genetic engineering, brain-computer interfaces, and life-extension research point toward a future involving not just better tools but deliberate intervention in the processes that shaped us.
In this view, the future is not simply a place where humans use better technologies. It is a place where humans themselves may become something fundamentally different.
What Makes Us Human
And if humanity itself might change, a more unsettling question follows close behind — what exactly is it that we would be changing? What, at the core, makes us human at all?
As artificial beings grow more sophisticated, future thinking turns inward. The question is no longer only what technology can do — but what qualities define personhood itself.
Blade Runner explores this through synthetic beings whose memories, emotions, and longing for life destabilize the boundary between creator and creation. A.I. Artificial Intelligence asks whether love and longing can emerge within an artificial child. Ex Machina probes intelligence, deception, embodiment, and the criteria by which humans grant recognition to another mind.
These films force us to articulate assumptions that usually remain implicit. If a machine could form enduring memories, express authentic emotions, seek continued existence, and reflect on its own condition — on what basis would we deny it some form of personhood? And if such qualities can be convincingly simulated, what does that reveal about our own criteria for recognizing inner life?
By projecting these questions onto artificial beings, the future becomes a mirror. In trying to define what counts as human in a world of intelligent machines, we are ultimately trying to understand what has always made us human.
Can Consciousness Escape Biology?
But even personhood assumes something more fundamental — that there is an inner life to recognize in the first place. Which leads to perhaps the most radical question of all, whether consciousness itself is bound to the biological body — or whether it might one day be copied, distributed, or simulated.
Ghost in the Shell explores the permeability of the boundary between body and mind as identity becomes increasingly detached from biological form. The Matrix asks whether conscious experience can be sustained within a fully simulated reality. Together they push the question to its furthest edge: is consciousness inseparable from biology, or might awareness itself one day take entirely new forms?
This remains one of the deepest and most contested questions in science and philosophy. It is also one that future thinking keeps returning to — because it is the question beneath all the others. Not just what we will build, but what we are.
The Long View
Seen across history, the impulse to imagine the future is far older than modern technology. From The Book of Revelation to The Republic, from Utopia to contemporary science fiction, human beings have repeatedly used stories, images, and theories to think beyond the boundaries of the present. What changes over time are the symbols and media. The underlying impulse remains the same.
Illustrated postcards, children’s predictions, visionary architecture, and science fiction films are not isolated curiosities. They are different languages through which civilization rehearses its most consequential possibilities. The most enduring visions are not those that predict specific inventions with accuracy. They are those that identify structural questions already latent in the present.
In this sense the future has always served as a mirror. It reveals what a society values, what it fears, what it hopes to transcend, and what it assumes will endure.
By studying the futures we imagine, we are ultimately studying ourselves.
Why Some Futures Never Arrive
Not every imagined future becomes real. Most don’t.
When we look back at historical predictions it is tempting to divide them into two categories — those that were right and those that were wrong. But this framing misses something important. The value of an imagined future does not lie solely in its predictive accuracy. In many cases the most revealing visions are precisely those that never materialize. They are not failures. They are fossils — preserving traces of what a culture considered both plausible and worth pursuing.
The question worth asking is not why people got the future wrong. It is why certain futures, despite being technically possible, never arrived.
Flying cars are perhaps the most familiar example. For decades they have served as shorthand for technological futurism — the future that was promised and never delivered. But the absence of flying cars is not evidence that engineers lacked imagination. The concept is technically plausible. The obstacle is everything else: safety, air traffic control, maintenance, regulation, energy consumption, insurance, public trust. More fundamentally, societies developed alternative transportation systems that proved more practical and scalable. The flying car didn’t fail to be invented. It failed to take root
This is the principle that most future thinking underestimates: the future is not determined by what can be invented, but by what can be integrated.
Designers have long understood this. What is usually referred to as design thinking — a framework popularized by IDEO — remains one of the most useful lenses for understanding why some ideas take root and others don’t: desirability, feasibility, viability. An idea only survives contact with real human life if three things align — people actually want it, it can be reliably built, and the world has a place for it to exist. Miss any one of those and the idea stays imaginary regardless of how brilliant it is
Imagined futures operate according to the same logic — except that the intersection is projected forward in time and continually shaped by external events beyond anyone’s control. Innovations become real where desirability, feasibility, and viability meet — where people want something, technology can enable it, and economic and institutional systems can sustain it. Future visions follow the same test. What ultimately becomes real is not simply what can be imagined, but what survives the combined pressures of aspiration, technical possibility, systemic support, and historical circumstance.
Technologies do not enter a vacuum. They must fit within existing infrastructures, institutions, habits, and human preferences. A technically brilliant idea may fail if it demands too much behavioral change, too much coordination, or too much cost relative to the benefits it offers. Conversely, a modest innovation may reshape society simply because it slots seamlessly into daily life. Jeans are a useful reminder of this. They did not transform the world because they were technologically sophisticated. They spread because they fit — literally and culturally — into how people actually lived.
The same logic applies to the futures we fear as much as the ones we desire. Even disruptive change must achieve a degree of systemic compatibility to sustain itself. No future emerges in isolation.
The recent enthusiasm surrounding the metaverse illustrates this perfectly. The concept captured enormous attention and investment. Yet its broader realization has stalled — constrained by technical limitations, uncertain demand, and the absence of compelling everyday use cases. What people imagined was vivid. What they could not yet integrate was the reality.
There is also a force that no framework fully captures: surprise. Not all the pressures shaping the future are visible in advance. Some emerge abruptly — pandemics, geopolitical shocks, scientific breakthroughs, environmental tipping points — and redirect entire trajectories in ways no forecast anticipated. We can imagine categories of disruption. Reality arrives with a texture and magnitude that consistently exceeds our models.
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What this means is that the future is shaped by selection, not just invention. Countless possibilities are imagined. Only a small subset becomes materially real. The process resembles biological evolution in one important respect — variation is abundant, but survival depends on fit with a larger environment.
To study the futures that never arrived is to examine not merely what people thought would happen, but what they believed was worth bringing into existence. They show us how societies reached toward tomorrow — and in doing so, exposed the deeper structures of their own present.
The Myth of Future-Proof
There is a phrase that has become ubiquitous in business and popular discourse: future-proof. Organizations seek future-proof strategies. Individuals pursue future-proof careers. Institutions attempt to design systems that will remain resilient regardless of what lies ahead.
It is an appealing idea. It suggests that with enough insight and preparation, one could construct a stable position from which the turbulence of tomorrow no longer poses a threat.
But it is a myth. And understanding why it is a myth might be the most useful thing futures thinking can offer.
The future, by definition, has not yet unfolded. It emerges from the interaction of countless technological, economic, ecological, political, and cultural forces — many of which influence one another in nonlinear and often unpredictable ways. New discoveries alter industries. Geopolitical events redirect markets. Social movements reshape norms. Unexpected crises expose hidden vulnerabilities. Under such conditions the search for a fixed, protected position is not just unrealistic. It is the wrong question entirely.
What we can do is something more modest — and more honest. We can improve our capacity to perceive emerging patterns, interpret their implications, and respond with greater intelligence. Not to eliminate uncertainty. To navigate within it.
Kevin Kelly, in The Inevitable, offers a reframe that has stayed with me. He argues that we are moving away from a world of fixed nouns toward a world of fluid verbs. Technology is less a collection of stable products than a set of ongoing processes — becoming, flowing, sharing, remixing, interacting. Nothing is truly finished. Everything is in motion.
“The twelve technological forces described here are already in motion. They are trajectories, not destinies, but they are powerful enough to shape the options available to us in the decades ahead.” — Kevin Kelly
This is a profound shift in how to think about the future. We tend to imagine it as a destination — a place we will eventually arrive at, stable and legible. Kelly suggests something different. The future is better understood as a field of directional forces. What matters is not the precise shape of the endpoint, which remains unknowable, but the trajectories already unfolding around us. We are not standing outside history trying to shield ourselves from change. We are embedded within moving systems, continually adjusting as new possibilities emerge.
This reframes uncertainty from a threat into a condition of participation.
The most resilient people and organizations are therefore not those who believe they have solved the future. They are those who have stopped trying to solve it — and learned instead to read it, move with it, and respond with agility rather than rigidity.
The goal is not to become future-proof. No such state exists, nor is it likely ever to exist. The goal is something older and more human than any strategic framework — to stay curious, stay humble, and keep your eyes open to what is already moving.
The Discipline of Uncertainty
At some point the daydream was not enough.
For most of human history, thinking about the future was informal — embedded in ritual, prophecy, philosophy, and storytelling. It was how cultures processed uncertainty, not how institutions managed it. Then the Second World War ended, and everything changed. The scale of what had just happened — the speed of technological change, the catastrophic consequences of being wrong about the future — made informal intuition feel dangerously inadequate.
In 1946, RAND Corporation was established to provide the United States military with systematic analysis of emerging technologies and global risks. It was a remarkable moment: for the first time, thinking about the future became someone’s full-time job. Researchers developed tools — systems analysis, game theory, the Delphi method — all designed to bring discipline to a domain that had previously been left to imagination alone.
By the 1950s and 1960s, figures like Herman Kahn were pushing this further. In The Year 2000, Kahn and his colleagues argued that alternative futures could be examined systematically through scenarios — not as predictions, but as structured explorations of what might plausibly unfold. The central insight was modest but radical: you cannot know what will happen, but you can think more rigorously about the range of things that might.
The most influential practical application of this idea came at Shell. Pierre Wack and later Peter Schwartz developed scenario planning not as a forecasting tool but as a thinking tool — a way of holding multiple coherent futures in mind simultaneously rather than betting everything on a single outcome. When the oil shocks of the 1970s arrived, Shell was better prepared than almost anyone. Not because they had predicted the future. Because they had rehearsed several versions of it.
“Scenarios are not predictions. They are tools for helping us to see.” — Peter Schwartz
Shell’s success did not go unnoticed. Over the decades that followed, the discipline expanded — driven by the recognition that uncertainty was not a temporary problem to be solved but a permanent condition to be navigated. Scenario planning, horizon scanning, backcasting, causal layered analysis — each approach a different way of making the anticipatory instinct more explicit, more rigorous, more useful.
The Institute for the Future took this further still, developing tools such as forecast maps, participatory simulations, and artifacts from the future — physical objects from hypothetical worlds, designed to make possible futures feel tangible and emotionally real rather than merely analytical.
My friends Mark Bünger and Cecilia MoSze Tham at Futurity Systems have developed their own framework, Future Fast — a response to an increasingly important reality: the future is not arriving gradually and at a comfortable distance. It is unfolding at a pace that demands new ways of sensing, interpreting, and responding to change. Their work sits at the intersection of rigorous foresight and practical action — exactly where this kind of thinking needs to live.
What all of these approaches share, beneath their different methods and vocabularies, is a recognition of something we established at the very beginning of this exploration. The same mental faculty that once helped our ancestors anticipate winter now helps organizations navigate artificial intelligence, climate change, demographic shifts, and transformations in education, health, and governance. What began as an evolutionary adaptation became a cultural practice. What became a cultural practice became a strategic discipline.
The daydream, it turns out, was always serious. We just took a while to treat it that way.
The Future That Shapes Us
We began with something small and intimate — the quiet simulations running beneath your thoughts, the mind rehearsing tomorrow without being asked. It is worth returning there now.
Everything this exploration has moved through — the cultural dreaming, the visionary architecture, the films that asked what it means to be human, the futures that never arrived, the institutions built to manage uncertainty — all of it traces back to that same basic act. A mind, reaching forward. A species that cannot help but live partly in tomorrow.
But no mind reaches forward alone. The future is never the product of a single imagination. It emerges from the interaction of countless visions — personal ambitions, family expectations, corporate strategies, political ideologies, cultural movements, religious narratives, social dreams — all imagined individually and collectively, sometimes pointing in the same direction, more often pulling against each other. At every scale, from the personal to the civilizational, human groups align themselves around anticipated possibilities. When enough people begin to inhabit compatible images of tomorrow, those images acquire causal power. Resources are mobilized, institutions are established, technologies are developed, and environments are reshaped in accordance with futures that once existed only in thought. What we call the future is, in large part, the messy, uneven, deeply human result of these overlapping and competing imaginations meeting the contingencies of history.
“The future influences the present just as much as the past.” — Friedrich Nietzsche
This is what makes the present moment so extraordinary and so disorienting. The interval between imagining and experimenting is shrinking faster than at any point in human history. Ideas that once required years of development can now be tested in hours. Generative AI has accelerated this further still — we can now simulate possible futures, generate scenarios, prototype possibilities, with a speed that would have seemed implausible a decade ago.
And yet the future has not become more predictable. If anything, less so. As technological, ecological, social, and geopolitical systems grow more interconnected, the interactions multiply, the unintended consequences compound, and the gap between what we can simulate and what we can actually anticipate grows wider. We are becoming extraordinarily capable of imagining futures. We remain stubbornly unable to control them.
This is not a failure. It is the condition.
The boundary between present and future is becoming increasingly porous. Possibilities move into reality with unprecedented speed while their broader implications remain uncertain, unfolding in ways no one fully anticipates. The future is no longer a distant horizon approached gradually over decades. It is an active force continuously reorganizing the present — shaping the world even as we struggle to understand where it is leading.
What this asks of us is not prediction. It is not future-proofing. It is something older and quieter — the willingness to stay awake to what is already moving, to hold uncertainty without being paralyzed by it, to keep imagining even when imagination feels inadequate to the scale of what is unfolding.
Because imagination is not separate from reality. It is the first draft of it.
Every human creation is built twice — first in imagination, then in the world.
The cities we inhabit, the institutions we trust, the technologies reshaping our lives — none of it arrived fully formed. It was first rehearsed in minds like yours. In the same quiet simulations that are running right now, beneath this sentence, reaching forward into a tomorrow that does not yet exist.
That is not a small thing. It never was.
References and Further Reading
Cognitive Psychology and Mental Time Travel
- Tulving, E. (1985). Memory and consciousness. Canadian Psychology, 26(1), 1–12.
- Tulving, E. (2002). Episodic memory: From mind to brain. Annual Review of Psychology, 53, 1–25.
- Schacter, D. L., Addis, D. R., & Buckner, R. L. (2007). Remembering the past to imagine the future: The prospective brain. Nature Reviews Neuroscience, 8(9), 657–661.
- Suddendorf, T., & Corballis, M. C. (2007). The evolution of foresight: What is mental time travel, and is it unique to humans? Behavioral and Brain Sciences, 30(3), 299–351.
Philosophy, Technology, and Human Extension
- McLuhan, M. (1964). Understanding Media: The Extensions of Man. McGraw-Hill.
- McLuhan, M., & Fiore, Q. (1967). The Medium Is the Massage. Random House.
- Nietzsche, F. (Various writings and posthumously compiled notes on the relationship between future expectations and present action.)
- Kelly, K. (2016). The Inevitable: Understanding the 12 Technological Forces That Will Shape Our Future. Viking.
Futurism and Modernity
- Marinetti, F. T. (1909). The founding and manifesto of Futurism. Originally published in Le Figaro, Paris.
- Boccioni, U. (1914). Futurist Painting and Sculpture. Plastic Ages Press (English edition).
Historical Visions of the Future
- Robida, A. (1883). Le Vingtième Siècle.
- En L’An 2000 postcard series, created for the Exposition Universelle.
- BBC (1966). Children’s predictions about life in the year 2000, broadcast in educational and documentary programming.
Architecture and Speculative Urbanism
- Sant’Elia, A. (1914). La Città Nuova (The New City).
- Archigram. (1961–1974). Experimental architectural projects and publications.
- Fuller, R. B. (1969). Operating Manual for Spaceship Earth. Southern Illinois University Press.
- Woods, L. (1997). Radical Reconstruction. Princeton Architectural Press.
Evolution, Technology, and Human Transformation
- Teilhard de Chardin, P. (1955). The Phenomenon of Man. Harper & Row.
- Bostrom, N. (2005). A history of transhumanist thought. Journal of Evolution and Technology, 14(1), 1–25.
- Kurzweil, R. (2005). The Singularity Is Near: When Humans Transcend Biology. Viking.
Futures Studies and Strategic Foresight
- RAND Corporation. (1946–present). Foundational work in systems analysis, game theory, and strategic forecasting.
- Kahn, H., & Wiener, A. J. (1967). The Year 2000: A Framework for Speculation on the Next Thirty-Three Years. Macmillan.
- Wack, P. (1985). Scenarios: Uncharted waters ahead. Harvard Business Review, 63(5), 73–89.
- Wack, P. (1985). Scenarios: Shooting the rapids. Harvard Business Review, 63(6), 139–150.
- Schwartz, P. (1991). The Art of the Long View: Planning for the Future in an Uncertain World. Doubleday.
- Institute for the Future. Institute for the Future.
- Futurity Systems. Futurity Systems.
Films and Cultural Explorations of the Future
- Metropolis (1927).
- 2001: A Space Odyssey (1968).
- Blade Runner (1982).
- Ghost in the Shell (1995).
- The Matrix (1999).
- A.I. Artificial Intelligence (2001).
- Ex Machina (2014).
Science, Consciousness, and Artificial Intelligence
- Dehaene, S. (2014). Consciousness and the Brain: Deciphering How the Brain Codes Our Thoughts. Viking.
- Tononi, G. (2008). Consciousness as integrated information: A provisional manifesto. Biological Bulletin, 215(3), 216–242.
- Chalmers, D. J. (1996). The Conscious Mind: In Search of a Fundamental Theory. Oxford University Press.
- Seth, A. (2021). Being You: A New Science of Consciousness. Dutton.
