
An introduction to the doom spectrum
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Article summary
- A growing body of global research shows that young people are deeply anxious about the future, with fears of climate collapse, political instability, and existential risks contributing to a collective sense of despair and uncertainty.
- Experts and thinkers are divided between preparing for systemic collapse (deep doomers) and seeking transformative solutions, emphasising the need for clear-eyed understanding of future risks to guide meaningful, resilient action.
- There are different levels of optimism, from pragmatic solutions like decarbonisation and green innovation to radical visions of post-scarcity, AI superintelligence, and techno-utopian futures.
By Daniel Simons
In 2021, a Lancet study interviewed 10,000 young people from all over the world. It discovered that 84% were worried about the future, and over half felt like we might be doomed.
More recent Australian research found that one in four children believe that “the world will end before they grow up”.
Whether that’s thanks to a diet of Netflix dystopias, disillusionment with world leaders, or just because they’re paying attention, it’s a heart-churning indictment of our modern world.
After the great COVID pause, half of the planet thought we might “build back better” but that turned out to be a fever dream.
Instead we were jolted awake into a new reality: war, polarisation, instability, and the unravelling of climate progress at the same time as climate impacts hit harder than predicted.
Many commentators are describing our current predicament as “The Polycrisis,” which is understood as a tangled web of complex and intertwined global threats and challenges where the overall crisis is larger than the sum of its parts.
Others use the term “Metacrisis,” because in addition to all of the compounding and wicked problems we face, we have lost the sense-making apparatus needed to solve them.
In 2022, Collins Dictionary’s word of the year was “Permacrisis”. Project Syndicate says we’ve stepped into “the age of megathreats”.
But while the tectonic rumblings and backsliding from political and business leaders has left many people waiting, with gloomy trepidation, for the “everything bubble” to burst—or for climate chaos, or World War Three to engulf the globe, the planet is also still brimming with optimists.
Some who have faith that human ingenuity and creativity will solve all our problems, others who think a new golden age of techno-driven abundance is at our doorstep.
For designers, policy makers, investors and innovators – or anyone interested in creating a better tomorrow – the only thing that is certain is that we can’t merely solve for the problems of today, we need to anticipate the threats, promises, and possibilities of the turbulent times ahead.
As changemakers hoping to build for the new world, we want to maximise our positive impact, but how do we know we are on the right path?
What we think about the future influences how we feel, how we design, how we allocate our resources, and where we dedicate our careers.
Should we be maximising efficiency and racing towards Net Zero, or anticipating chaos and building for resilience? Smart cities or permaculture?
Deep-tech solutions that can scale globally, or bioregionalism to buffer against collapse? Should we put faith in superintelligence solving all our problems, or prepare for climate havoc, supply chain disasters and financial meltdowns?
Should we be betting on breakthroughs or bracing for breakdowns? Building bunkers or building bridges?
If we are too pessimistic or nihilistic, we risk creating a self-fulfilling prophecy that accelerates our demise. If we’re too optimistic, we might miss systemic flaws and give rise to unmanageable vulnerabilities – or squander our time and resources and miss our window to act.
The more deeply we can understand the risks, complexities and possibilities on the horizon, the better equipped we are to maximize positive impact across all possible future outcomes — or the more conviction we can have in the solutions and services we dedicate ourselves to creating.
Before we slide into despair or get drunk on hopium, we need to get the full picture. To do that, we need to wrap our heads around the entire doom spectrum.
Apocalypse Now
What’s the worst that could happen? Probably the total extinction of the human race and the potential annihilation of all life on Earth.
From leading computer scientists warning us that artificial superintelligence will definitely kill us all, to Stephen Hawking arguing that runaway climate change could unleash a Venus-style ‘hot house earth,’ inhospitable to life, we have been presented with no shortage of terrifying futures to keep us up at night.
Given that human extinction might not be the most pleasant of outcomes, a number of institutions have emerged with the aim of diagnosing and mitigating our existential threats.
Organisations like The Stanford Existential Risk Initiative, the University of Cambridge’s Centre for the Study of Existential Risk, Oxford’s Future of Humanity Institute, and the Future of Life Institute, were all founded with missions of interrogating the threats, risks and remedies on our horizon.
According to The Existential Risk Observatory, the greatest threats humanity faces are: Unaligned AI, man-made pandemics, climate change, and nuclear war, followed by natural extinction risks like supervolcanoes and asteroids, and other man-made extinction risks, including technologies that are yet to be invented.
In his 2020 book, The Precipice: Existential Risk and the Future of Humanity, philosopher Toby Ord investigated the likelihood of both natural and anthropogenic existential risks. He concluded that the odds of humanity facing an extinction-level event in the next 100 years were around one in six. The same odds as Russian roulette.
In January 2023, the Bulletin of the Atomic Scientists gave us slightly worse odds, moving the Doomsday Clock to 89 seconds to midnight—placing us the closest we have ever been to annihilation.
Deep Doomers
Slightly less dramatic than fearing human extinction, deep doomers worry that a global civilizational collapse is inevitable, imminent, or already underway, and that it could result in the total breakdown of law and order, the end of functioning economies, or the rise of new totalitarian dystopias.
In recent years, a wave of scholars and researchers have explored how civilizations have collapsed, drawing lessons from history to make sense of today’s global uncertainties.
In The Collapse of Complex Societies, Joseph Tainter argues that breakdown occurs when the resources required to support a society’s growing complexity becomes unsustainable relative to the advantages gained.
Peter Turchin, in War and Peace and War and End Times, highlights the destabilising effects of rising inequality and elite overproduction (when too many ambitious individuals compete for too few positions of power). Jared Diamond’s Collapse points to ecological overshoot and environmental mismanagement as the main culprits in the downfall of past civilizations.
Many of these writers have warned of parallels between the circumstances of historical collapses and the present day.
One of the most well known prophets of doom is Jem Bendell. In 2018 he wrote a paper titled Deep Adaptation where he argued that climate-induced societal collapse was unavoidable and would probably happen within decades.
Believing that humanity no longer has a problem to solve, but rather a predicament to manage, Bendell proposed a four-part framework advocating for Resilience, Relinquishment, Restoration and Reconciliation.
In this framework, he urges people to rethink what to protect, what to let go of, and how to make peace with the world and each other.
He also warns against relying on technologies that will increase catastrophic risks when society crumbles, for example nuclear power plants that might melt down when they can no longer be maintained, or cities that could be thrown into chaos if they rely too heavily on the internet, or automation. In 2023 he published, Breaking Together: A freedom-loving response to collapse.
The belief in the inevitable descent or collapse of civilization has given rise to a new group of what Michael Dowd calls “Post Doomers” and a global community of changemakers who want to help channel grief into meaningful action.
Vanessa Machado de Oliveira’s Hospicing Modernity applies an end-of-life care metaphor to our civilization and advocates for a justice-focused approach to managing descent.
Joanna Macy’s Work That Reconnects helps people cope with ecological grief and find meaning in the new world.
Margaret Wheatly, author of Who Do We Choose To Be? advocates for building “islands of sanity” and argues that “facing reality can be an empowering act,” that can, ‘liberate our minds and hearts to discern how best to use our power and influence in service for this time.
Sarah Wilson’s Collapse Book explores similar ideas.
Nate Hagens
A Great Simplification
Less catastrophic than the total collapse of our planetary civilization, we may just be faced with the prospect of an increasingly unstable and chaotic world. From World War Three, to a Great Depression, to the prolonged decline in our collective living standards, many systems thinkers are arguing that we’ve overextended ourselves, the bill is coming due, and we are headed for an unavoidable reckoning in one form or another.
Nate Hagens sees us on the path towards a “Great Simplification”. According to Hagens, the “superorganism” that fuels our global growth-based economy is not sustainable.
He points to ‘the four horsemen’ of financial overshoot, the shift from a unipolar to multipolar world, supply chain complexity, and the unravelling of the social contract and warns that they are dragging us towards an inevitable ‘bend or break’ moment that could result in a 30% loss in global GDP, or worse.
Ray Dalio, founder of the hedge fund, Bridgewater Associates, and author of Principles for Dealing with the Changing World Order argues that history follows recurring cycles of rise and decline and we’re at an inflection point.
Dalio has been sounding the alarm that the current period of soaring debt, political conflict and great-power tensions are converging into a “perfect storm” that could lead to a 1930s style global depression, political instability, and military conflicts that could reshape the global order for generations to come.
Naomi Klein, author of This Changes Everything, warns that without a groundswell of grassroots activism we could slide into an era of End-Times Fascism.
More broadly, the convergence of escalating threats has sparked a growing interest in Collapsology – the field dedicated to understanding what collapse might look like and how we can best survive it.
The Science
What we think about the future is influenced by the news and media we consume and how optimistic or pessimistic we are by default.
It’s easy – through confirmation bias or willful ignorance – to have a totally warped view of where we might be headed.
Setting aside the predictions and opinions, what are the scientists telling us about the current state of the world?
WWF’s 2024 Living Planet Report found that, “There has been a catastrophic 73% decline in the average size of monitored wildlife populations over the years 1970 to 2020.”
The Global Footprint Network‘s 2024 analysis shows humanity currently consumes resources at a rate requiring 1.7 Earths to sustainably support, pushing us into ecological overshoot by July each year.
The Planetary Health Check 2024, developed by the Stockholm Resilience Centre, warns that six of our nine planetary boundaries have already been crossed.
2024 was the hottest year on record, 1.5 degrees above pre-industrial levels, and a recent UN report warned that, “continuation of current policies will lead to a catastrophic temperature rise of over 3.1 degrees.”
Every increase in temperature also increases the likelihood that we will cross ‘tipping points’ that could result in sudden, self-sustaining, and irreversible changes in the climate system.
The most recent Global Tipping Points Report identified 25 Earth systems tipping points and 16 biosphere tipping points. It found that some tipping points, including coral reefs, ice sheets, The Atlantic Meridional Overturning Circulation and the Amazon Rainforest, could be close to tipping already.
What do the world’s leading scientists think about the latest findings?
Many of them have been baffled by recent heat records, which have been worse than their models predicted. Professor James Hansen has recently said that the 2 degrees goal of the Paris Agreement is “dead”.
Scientists like Dr. Peter Kalmus, and members of Scientist Rebellion and Scientists4Future have resorted to getting arrested to draw attention to the urgency of the climate crisis.
Michael ‘hockey stick’ Mann, author of Our Fragile Moment and The New Climate War, advocates for urgent action, but he also says that it is not too late to avert the worst impacts, and that the latest scientific models suggest that runaway climate change leading to a Venus-like hot house earth are “not impossible but not likely”.
Mann warns that doom and despair have replaced denial as the fossil fuel industry’s new delay tactics, and warns that the fatalism they are pushing is both wrong and dangerous.
The Revolutionaries
The revolutionaries feel the urgency of the challenges we face, and usually acknowledge that infinite growth on a finite planet might be a fairytale, but rather than surrendering to despair, they believe that large-scale systemic changes can help us avert disaster and eventually flourish.
Tim Jackson has hopes for a Post-Growth economy. The Degrowth Movement advocates for a reduction in production and consumption in the global North, the liberation from the Western paradigm of development, and the creation of open, participatory, and localised economies. Kate Raworth champions a Doughnut Economy that meets the needs of the people while staying within planetary boundaries.
Moving beyond the economy, Glenn Albrecht wants us to ditch the Anthropocene and evolve into the Symbiocene—a future grounded in Indigenous wisdom, where humans live in deep reciprocity with the Earth. Dark Matter Labs thinks the new world can be born via “a radical refarming of our relationship to everything,” and shifts towards what they describe as ‘Life Ennobling Economies’.
Daniel Schmachtenberger, one of the world’s leading thinkers on the Metacrisis, says that in order to escape our predicament we need to design an entirely new economy and system of global governance.
Schmachtenberger doesn’t know what that looks like, or how to get there, but he believes that the more ‘intellectual capital’ we can throw at the task, the more likely we are to succeed.
He founded The Civilization Research Institute and The Concilience Project with the aim of “supporting the emergence of a mature global civilization capable of wisely stewarding the unprecedented power of exponential technologies in concert with an enduringly healthy biosphere while avoiding the twin failure modes of catastrophes and dystopias.”
We might not know what the new world will look like, but there is a growing ecosystem of movements exploring what it could look like. Solarpunk, afrofuturism, bioregionalism, even resourced-based economies or ‘ecological civilizations’ all offer glimpses of possible new worlds.
The Techno-optimists
Techno-optimists believe in the power of innovation and human ingenuity. Whether it’s having faith that the natural progress of technology will solve all of our challenges, hoping that ambitious policies and massive investments will save the day, or waiting for artificial intelligence to come up with all the answers, techno-optimists aren’t fretting about the future.
If all else fails, there will always be radical interventions like carbon capture and storage and geoengineering to reverse damage and avert disaster.
Thinkers like Stephen Pinker and Johan Norberg argue that the doomist world views are the result of negative media bias, that most metrics of progress are actually improving, and that liberal capitalism and human ingenuity are unassailable engines of growth that will be the pathway to prosperity.
The ecomodernists don’t have the same Pollyanna outlook, but they believe that by doubling down on innovations like precision agriculture, genetic engineering, and other technologies that allow us to use less land and interfere less with the natural world, we can decouple resource consumption from growth and continue to grow indefinitely.
Hanna Ritchie’s Not The End of The World, Ross Garnaut’s Superpower, and Saul Griffith’s Electrify, along with thinkers and think tanks like Gunter Pauli, RethinkX, and Beyond Zero Emissions, all offer hope that with the right mix of policy, investment, and innovation, we can rapidly decarbonize the global economy, and achieve sustainability while still improving our living standards.
Professor Tim Lenton, director of the Global Systems Institute, sees us on the brink of a new era, where ‘positive tipping points‘ in technologies like heat pumps, green ammonia, and plant-based proteins could kick-start sweeping transformative changes, accelerating the shift toward a more sustainable, resilient future.
Paul Hawken, founder of Project Drawdown and author of Regeneration tells us that we have all the tools we need to end the climate crisis in one generation.
Bill Gates, who penned How to Avoid a Climate Disaster, thinks that we need an unprecedented technological transformation in almost every sector of modern life, but with a mix of existing and yet-to-be-invented technologies we can avoid worst-case outcomes and begin to heal the world. The founder of Microsoft and the more recently launched Breakthrough Energy has funded or invested in everything from cow farts to “Plan B” options like dimming the sun.
The Techno-utopians
Techno utopians don’t just think technology will solve our current challenges, they’re convinced that we’re on the cusp of a new era of unlimited abundance and prosperity.
Pointing to the rapid advancements of breakthrough technologies like meltdown-proof nuclear reactors, algae biofuels made with CRISPR gene editing, man-made stars that can provide limitless electricity, 3D printed housing, food made from air, and advancements in AI and Robotics that will make everyone’s jobs obsolete and work “optional” the techno-utopians see a future where resources are limitless and free, humans live forever and the only planets we need to worry about are the ones we can colonize.
In 2023, Marc Andreessen published “The Techno-Optimist Manifesto,” where he writes, “We believe that there is no material problem —whether created by nature or by technology—that cannot be solved with more technology.”
Andreessen goes on to champion accelerationism, claiming that it will lead to zero-cost intelligence and energy which will result in all goods and services becoming “as cheap as pencils.” He argues that it is inevitable that we will continue on the path of what Buckminster Fuller calls ‘ephemeralization’ where we will keep doing more with less “until we can do everything with nothing.”
He also calls degrowth, collectivism, anti-greatness and bureaucracy “the enemy,” argues that the precautionary principle is deeply immoral, and states that the global population can quite easily expand to fifty billion people or more, and then “far beyond that as we ultimately settle other planets.”
Steven Kotler and Peter Diamandis are two of the world’s most well-known optimists.
In their books Abundance and The Future Is Faster Than You Think, they track exponential curves in AI, robotics, genomics, and energy, and argue that we’re entering a world where everything is becoming faster, cheaper and better, and eventually will soon become abundant.
Putting his money where his mouth is, Diamandis founded Singularity University, started over 20 companies in the areas of longevity, space, venture capital and education, and established the XPRIZE Foundation to incentivize breakthrough solutions. Recently, the foundation awarded a $100 million prize for carbon capture technology. That prize was also backed by Elon Musk.
He might be developing Neuralink brain implants to protect humanity from Artificial Intelligence, and racing to colonize Mars before the apocalypse, but when it comes to the energy transition Musk is more faithful. In an interview with Diamandis, Musk shared his optimism: “Even if you powered all of industry on Earth electrically, you could do that with solar and lithium-ion batteries and not come anywhere close to depleting the resources of Earth.”
Ray Kurzweil, who co-founded Singularity University with Diamandis, is a self-proclaimed prophet of technology. Kurzweil believes that humanity’s only task is to invent an intelligence smarter than us—any other problem is for that intelligence to solve.
In his 2005 book, “The Singularity is Near,” Kurzweil predicted that machine intelligence would match humans by 2045. Since the explosive progress of large language models, and AI agents, he has bumped up that timeline to 2029.
Kurzweil believes that once we achieve artificial general intelligence, it won’t be long before we reach superintelligence. Then, as AI continuously improves by feeding back on itself, we could see an intelligence ‘explosion’. After AI becomes as smart as the smartest human, it would quickly become as smart as all of humanity combined.
At that point, technology evolves so mind-bogglingly fast that we cannot comprehend it. Kurzweil calls this the technological singularity—referencing the gravitational singularity of a black hole, where time and space breakdown and reality becomes unrecognisable.
In his books, Kurzweil writes that in the next hundred years, as technology advances exponentially, we will experience the equivalent of twenty thousand years of progress. In that future, “there will be no distinction between human and machine or between physical and virtual reality.”
In this wild and wacky future nano-bots will rid us of disease from the inside, mini-computers will be embedded in our clothes and furniture and our immortal consciousness will be uploaded to the cloud, allowing humans to transcend our biological limitations entirely.
While Kurzweil’s vision for tomorrow might be utopian for some, and dystopian for others, there is no denying that, if given enough time to progress, and if harnessed and stewarded in the right way, technology could lead to a future beyond our wildest imaginations.
Could a breakthrough in nuclear fusion lead to desalination and carbon capture and storage being virtually free, allowing us to terraform the Earth back to health? Could swarms of robot armies regenerate and rewild our forests and oceans? Could trillions of sensors and unimaginable computing power allow us to control the weather like a thermostat?
Assuming we can solve the alignment problem and AI doesn’t kill us all, the utopians believe there is nothing we can’t accomplish.
Whether or not our civilization holds together long enough for these magical futures to materialise, that might be up to us.