Get Abundance: Why Your Future Is Brighter Than You Think

The news is almost always bad. Pick up any newspaper, open any news app, and you are confronted with a relentless stream of crises: climate change, political dysfunction, inequality, disease, conflict. The implicit message of contemporary media is that things are getting worse, that problems are getting bigger, that the future is darker than the past. Peter Diamandis thinks this narrative is profoundly, demonstrably wrong. And in Abundance: The Future is Better Than You Think, he makes his case with a combination of data, technology analysis, and infectious optimism that has influenced some of the most important thinking about humanity’s future.

Diamandis, the founder of the XPRIZE Foundation and co-founder of Singularity University, is one of the world’s most prominent advocates for the idea that exponential technologies — computing, AI, robotics, biotechnology, energy, and others — are on trajectories that will solve humanity’s greatest challenges within decades. Not gradually, not partially, but comprehensively — in ways that will make access to clean water, nutritious food, affordable energy, quality education, and modern healthcare available to all eight billion humans on earth, not just the wealthy fraction that currently enjoys these things.

The book is simultaneously inspiring and challenging. Inspiring because the argument is well-grounded and the evidence is real. Challenging because it requires you to examine your own assumptions about progress, about human nature, and about what is actually possible when technology and human ingenuity are allowed to compound over time.

The Psychology of Pessimism

Before making the positive case, Diamandis addresses a critical question: if things are actually getting better, why do most people believe they’re getting worse? The answer is both fascinating and important for understanding how we form beliefs about the world.

The human brain evolved in an environment where negative information — threats, dangers, problems — was more immediately consequential for survival than positive information. A threat that you miss can kill you. A benefit that you miss costs you an opportunity. The asymmetry of these consequences shaped a brain that is far more sensitive to negative information than to positive information — a bias that psychologists call negativity bias, and that has been documented across dozens of domains of human cognition and decision-making.

This negativity bias is amplified by the media ecosystem. News organizations operate on the well-established principle that negative, threatening, crisis-oriented content generates more engagement than positive content. “If it bleeds, it leads” is not a cynical manipulation — it is an accurate description of what captures human attention given our evolved psychology. The result is a systematic over-representation of bad news and under-representation of the slow, steady, incremental progress that is actually reshaping human life for the better.

Diamandis’s most important methodological contribution in this section is simply to present the data. Global extreme poverty rates — the most direct measure of human material welfare — have fallen from over 40% of the world’s population in 1990 to under 10% today, representing hundreds of millions of people lifted out of the most severe deprivation in human history. Child mortality has been halved. Life expectancy has increased dramatically in virtually every country. Access to education, to communication technology, to basic healthcare — all of these have improved substantially and continue to improve. These are not minor fluctuations in the trend lines. They are among the most dramatic improvements in human welfare ever recorded.

None of this means there are no problems. Climate change is real and serious. Inequality has increased in many wealthy countries. Political institutions in many places are struggling. Diamandis acknowledges all of this. His point is not that things are perfect but that the direction of travel, properly understood, is far more positive than the dominant media narrative suggests. And that understanding the actual direction of travel is necessary for thinking clearly about what the future holds.

Exponential Technology and the Law of Accelerating Returns

The core intellectual framework of Abundance is the exponential growth of information technology, and specifically its application to domains beyond computing. This is an argument Diamandis inherits from Ray Kurzweil’s Law of Accelerating Returns — the observation that information technologies improve on exponential rather than linear curves, meaning that each year’s progress is not just more than last year’s progress but disproportionately more.

Moore’s Law, the observation that the number of transistors on a silicon chip doubles roughly every eighteen to twenty-four months, is the most famous example. Computing power has been growing exponentially for fifty years, and shows little sign of stopping. The smartphone in your pocket today has more computing power than the entire NASA mission control center that managed the Apollo 11 moon landing. A dollar of computing today buys roughly a million times more computing than a dollar bought in 1970. This is not linear improvement. It is exponential — and exponential improvement has properties that make it deeply counterintuitive to human psychology, which is calibrated for linear extrapolation.

The key insight is that once a problem or domain becomes “information-enabled” — once it can be addressed primarily through information processing rather than physical manipulation of matter and energy — it gets drawn onto an exponential improvement curve. This is what happened to photography (from expensive film cameras to billions of free digital images in thirty years), to music (from vinyl records to all of recorded human music in your pocket), and to communication (from handwritten letters to instant global video communication at essentially zero cost).

Diamandis argues that the same transformation is underway or imminent in domains that humanity has always considered its most intractable challenges: water purification, food production, energy generation, healthcare, and education. Each of these domains is becoming increasingly information-enabled, and as they do, they will follow the same exponential trajectory that transformed computing, communication, and media.

Water, Food, and the Material Foundation of Abundance

The sections of Abundance that address water and food are among the most practically grounded in the book, and they illustrate the transformation argument most concretely. Water scarcity is one of the most serious challenges humanity faces — over a billion people currently lack access to clean water, and climate change threatens to intensify existing scarcity in many regions. How can exponential technology address this?

The answer involves several converging technologies. Atmospheric water generation — the extraction of water from humidity in the air — is technically feasible and becoming economically viable as energy costs decline. Solar desalination — using solar power to drive desalination of seawater — is on a cost improvement curve that makes it increasingly competitive with conventional water sources. And cheap, distributed sensors combined with AI-driven optimization are making existing water systems dramatically more efficient — reducing the enormous waste that currently characterizes most water distribution infrastructure.

None of these is science fiction. All of them are technologies that exist today, and that are on improvement curves driven by the same information-technological dynamics as computing. The question is not whether they will work but how quickly they will become cheap enough to deploy at the scale needed. Diamandis’s argument is that the timelines are shorter than most people expect, because exponential progress is consistently underestimated.

The food system transformation is equally dramatic. Precision fermentation — the production of proteins, fats, and complex food ingredients through engineered microorganisms — is approaching cost curves that will make animal products from conventional agriculture unnecessary for an increasing range of applications. Vertical farming — the production of crops in controlled indoor environments with LED lighting and hydroponic or aeroponic systems — is producing yields per unit area that are one hundred times greater than conventional agriculture for certain crops, with a fraction of the water consumption and no pesticide use. Genetic engineering, AI-driven crop optimization, and precision agriculture are reducing the resource intensity of conventional farming dramatically.

The cumulative effect of these transformations, as Diamandis projects it, is a food system that can feed ten billion people with a smaller environmental footprint than the current system uses to feed eight billion, and at dramatically lower cost per calorie. This is a significant projection, and it depends on technologies continuing their current improvement trajectories. But the trajectories are real, and the argument is grounded in actual technology development rather than wishful thinking.

Energy and the Climate Transition

Energy is central to abundance. Cheap, clean, abundant energy is the enabler of almost every other transformation Diamandis describes — because energy is the fundamental input to water purification, food production, manufacturing, communication, and every other domain of human material welfare. The good news, as he presents it, is that the energy transition is already underway and proceeding faster than almost anyone predicted.

Solar photovoltaic costs have declined by over 99% since 1970 and continue declining on a trajectory that has consistently outpaced expert predictions. Wind power costs have declined by over 90% in the same period. Battery storage costs — the critical technology for making intermittent renewables reliable — have declined by over 97% since 2010 and are on a trajectory to fall further. The economic case for fossil fuels is weakening with every passing year, not because of regulatory pressure but because clean energy is simply becoming cheaper.

Diamandis also addresses the potential of nuclear fusion — the technology that has been “twenty years away” for seventy years — with more optimism than the historical record might justify, but with reference to specific technical developments that have genuinely changed the landscape. Multiple private companies, including some backed by serious investors with good technical judgment, are pursuing fusion approaches that differ fundamentally from the large-scale government programs that have dominated the field. The probability of commercially viable fusion power in the 2030s or 2040s is meaningfully higher than it was a decade ago.

The broader energy argument in Abundance is one of the book’s most compelling. The transition to clean energy is not primarily a question of whether it’s possible — it is already happening — but of how quickly it can happen given political, economic, and infrastructural constraints. Diamandis’s optimism about the pace is rooted in his understanding of exponential technology dynamics rather than in wishful thinking about political will. The economic incentives are increasingly aligned with clean energy, and economic incentives are more reliable than political commitments.

Healthcare, Longevity, and the Democratization of Medicine

Healthcare receives extensive treatment in Abundance, and it is an area where the exponential technology argument is particularly compelling. The convergence of genomics, artificial intelligence, diagnostics, and therapeutic development is producing a transformation in medicine that is fundamentally different from the incremental improvements of the previous century.

The cost of whole-genome sequencing fell from over $3 billion for the first human genome (completed in 2003 after thirteen years of work) to under $1,000 today, and is projected to fall below $100 within the next decade. This trajectory is steeper than Moore’s Law. The information content of the human genome — the entire genetic blueprint of an individual — is becoming as accessible and affordable as a routine blood test. The implications for personalized medicine, for early detection of genetic disease risk, for drug development targeted to specific genetic profiles, are transformative.

Artificial intelligence is being applied to medical imaging, drug discovery, disease diagnosis, and treatment optimization in ways that are already producing results that exceed human expert performance in specific domains. AI-assisted pathology, radiology, and ophthalmology are reducing the cost of expert diagnosis and making it available in contexts where human experts were previously inaccessible. Drug discovery timelines — historically measured in decades — are being compressed by orders of magnitude as AI systems explore molecular design spaces that would take human researchers centuries to navigate manually.

The democratization argument is particularly important for global health equity. The most powerful medical interventions of the twentieth century required expensive physical infrastructure — hospitals, laboratories, trained specialists — that was fundamentally unscalable to the world’s poorest populations. The most powerful interventions of the twenty-first century are increasingly software — AI diagnostic systems, telemedicine platforms, community health worker decision-support tools — that can be deployed at essentially zero marginal cost once developed. A diagnostic AI that can detect tuberculosis from a chest X-ray costs the same to run in rural Uganda as it does in New York. This is a fundamentally different cost structure than physical healthcare infrastructure, and it changes the equity calculus entirely.

Education and the Knowledge Revolution

The transformation of education is another domain where Diamandis’s framework produces unusually concrete and compelling projections. The historical model of education — in which expert knowledge is transmitted in person from specialist to student in a ratio of roughly 1:30 — is extraordinarily expensive to scale and deeply unequal in its distribution. Access to excellent teachers, excellent universities, and excellent learning resources has historically been the privilege of those with the wealth to pay for it or the geographic luck to live near it.

The internet has already disrupted this model substantially, in ways that continue to accelerate. Khan Academy, Coursera, edX, and similar platforms make high-quality educational content available at zero or near-zero cost to anyone with internet access. The quality of AI tutoring systems is improving rapidly — approaching and in some domains exceeding the effectiveness of human one-on-one tutoring, which has historically been the most effective but least scalable educational intervention. Language models are making the barrier of language less of an obstacle to learning across cultures and geographies.

Diamandis’s projection is that universal access to world-class education — personalized, adaptive, engaging, and effective — will be available to every child on earth within the next two decades, primarily driven by the same exponential technology dynamics that have already transformed communication and entertainment. This is not utopian fantasy. The components exist. The challenge is deployment, adoption, and the social and political changes that effective education requires alongside technological tools.

The Billion Rising

One of the most provocative arguments in Abundance concerns what Diamandis calls the “rising billion” — the population of the world’s poorest people who are rapidly gaining access to smartphones, internet connectivity, and digital services. This access, he argues, is not merely a welfare improvement. It is an economic transformation that is unleashing a wave of human potential that has been effectively locked out of the global economy until now.

The argument draws on Paul Romer’s growth theory, which identifies new ideas as the ultimate driver of economic growth. Ideas, unlike physical resources, are non-rivalrous — a billion people can use the same idea simultaneously without depleting it. The rate at which new ideas are generated depends on the number of people with the education, connectivity, and freedom to generate them. For most of human history, the pool of people contributing to the global innovation economy was a tiny fraction of humanity. The expansion of that pool — through education, connectivity, and economic inclusion — represents an extraordinary expansion of humanity’s collective problem-solving capacity.

This is a genuinely hopeful argument that goes beyond technology. It says that the best reason to be optimistic about humanity’s future is humanity itself — specifically, the vast untapped potential of the billions of people who have not yet been able to contribute to the global project of solving our shared challenges. When they can, the rate of progress on those challenges will accelerate further. The cure for the disease that hasn’t been cured yet might be waiting in the mind of someone in Lagos or Mumbai or Dhaka who doesn’t yet have the education or tools to develop it.

Critiques and Counter-Arguments

No honest assessment of Abundance can ignore the legitimate critiques that have been directed at it. The most serious is the challenge of distribution. Even if technology produces genuine abundance in aggregate, the distribution of that abundance is a political and economic question, not a technological one. The history of technological progress is not a history of automatic equity. The industrial revolution created immense wealth and also immense misery for those who lost livelihoods faster than the new economy could absorb them. The information revolution has produced extraordinary productivity gains that have, in many wealthy countries, gone overwhelmingly to capital rather than labor.

Diamandis is somewhat too breezy about this challenge. He acknowledges distribution concerns but moves past them quickly, implicitly assuming that the benefits of abundance will spread widely enough to matter. The empirical record suggests this optimism requires more careful defense than the book provides. Technology creates the possibility of abundance. Institutions, policies, and power structures determine who actually experiences it.

The challenge of catastrophic risk is also underweighted. The same exponential technologies that create the possibility of abundance create the possibility of catastrophic disruption — AI systems misaligned with human values, engineered pathogens, autonomous weapons, and other technologies whose risks are commensurate with their potential benefits. A more complete account of humanity’s future would give these risks the serious treatment they deserve alongside the optimistic projections.

With these caveats, the core argument of Abundance remains important and largely sound. The direction of technological development, if properly directed, does point toward a world in which the material conditions of human life could be dramatically improved for everyone, not just those who are currently privileged enough to enjoy modern standards of health, education, and comfort. That is a vision worth taking seriously, fighting for, and contributing to.

The Moral Imperative of Optimism

Diamandis’s closing argument is perhaps the most important one: that informed optimism is not merely psychologically pleasant but morally necessary. The problems humanity faces are genuinely serious. Solving them requires the sustained engagement of extraordinary people — the innovators, entrepreneurs, researchers, and leaders who have the capability to develop and deploy the transformative solutions the situation requires.

Pessimism, when it becomes culturally dominant, undermines this engagement. The person who believes the problems are unsolvable doesn’t try to solve them. The culture that frames every challenge as evidence of inevitable decline doesn’t mobilize the energy and creativity necessary to address those challenges effectively. Optimism is not wishful thinking. It is the prerequisite for effective action on difficult problems. You have to believe change is possible to invest in making it happen.

This is the ultimate message of Abundance: not that problems don’t exist, not that progress is automatic, but that the tools available to address our most serious challenges are more powerful than they have ever been, that the trend lines are more positive than the dominant narrative acknowledges, and that the future is genuinely open — available to be shaped by the people who choose to engage with it rather than to be paralyzed by it. That is a message worth receiving, and a commitment worth making.

The Techno-Philanthropist and the New Power Structure

One of the more controversial but intellectually interesting arguments in Abundance concerns the emergence of what Diamandis calls “techno-philanthropists” — billionaires and technology entrepreneurs who are deploying their resources to solve global problems at scale. Bill Gates and malaria eradication. Elon Musk and sustainable transportation and energy. Jeff Bezos and Blue Origin’s vision for heavy industry in space. Mark Zuckerberg and universal internet access. The list is long and the dollar amounts are staggering.

Diamandis presents these figures largely as heroes of the abundance narrative — private actors with the resources, the risk tolerance, and the freedom from short-term political constraints to tackle problems that governments have been unable to address effectively. There is something to this. The Gates Foundation’s work on global health has been remarkably effective by any reasonable measure. SpaceX has demonstrably accelerated the development of reusable launch vehicles in ways that NASA’s traditional procurement model never could have. These are real achievements.

But the picture is more complicated than Diamandis presents it. The concentration of problem-solving power in the hands of a small number of extraordinarily wealthy individuals raises legitimate questions about democratic accountability, about whose values and whose vision of the good get embedded in the solutions that are deployed, and about the systemic conditions that produced both the problems and the concentrated wealth simultaneously. A more complete abundance framework would grapple with these tensions rather than treating techno-philanthropy as an unalloyed good.

This doesn’t negate the value of the core argument. It enriches it. The path to genuine abundance is probably one that combines the innovation capacity of market actors and motivated entrepreneurs with the distributional concern and democratic accountability of public institutions. Neither alone is sufficient. The book’s strength is in its account of what innovation can produce. Its limitation is in its treatment of the institutional structures through which that innovation gets distributed and governed.

DIY Innovation and the Democratization of Tools

The most practically inspiring sections of Abundance for individual readers are those that address the democratization of innovation tools — the ways in which technologies that were once available only to governments and large corporations are becoming available to individuals and small teams. This is a trend with profound implications for who gets to participate in solving humanity’s biggest problems.

Bioinformatics tools that once required millions of dollars of equipment and teams of specialized researchers can now be accessed through cloud platforms for dollars per hour. 3D printing and digital fabrication tools that once required factory infrastructure can now be deployed in a garage. AI development tools that once required PhDs and supercomputers can now be accessed by a motivated teenager with a laptop. The barriers to entry for meaningful innovation have fallen dramatically, and continue to fall.

This democratization is producing a long tail of innovation — a vast number of small, focused, problem-specific innovations that the concentrated research institutions of previous generations would never have pursued because the market size didn’t justify the investment. Many of these innovations matter most to the world’s poorest populations, whose needs have historically been systematically underserved by conventional market mechanisms because they lack the purchasing power to attract large-scale commercial investment.

The XPRIZE model — offering large prizes for specific technological achievements that seem out of reach — is one mechanism for channeling this democratized innovation capacity toward specific challenges. The Ansari XPRIZE, which Diamandis founded, produced the first private spaceflight. Subsequent prizes have targeted clean water, oil spill cleanup, adult literacy, and many other domains. The model works because prizes attract attempts from creative teams who would never secure conventional research funding but who have the capability to solve the problem if they’re given the right incentive structure.

A Framework for Engaged Hope

Abundance ultimately offers something rarer and more valuable than either naive optimism or sophisticated pessimism: what might be called engaged hope — an evidence-based, mechanism-grounded, action-oriented orientation toward the future that acknowledges serious challenges while insisting that those challenges are solvable and that the solutions are actively being developed.

This orientation matters practically, not just psychologically. The people who build the solutions to humanity’s challenges are disproportionately those who believe such solutions are possible. The investors who fund breakthrough research are disproportionately those who can envision transformative outcomes. The policymakers who create enabling environments for innovation are disproportionately those who understand what innovation is capable of producing. Changing the mental model — from inevitable decline to possible abundance — changes the allocation of talent, capital, and effort in ways that actually affect the probability of the positive outcomes being projected.

This is why reading Abundance matters beyond its content. It is an exercise in updating your priors — in revising your implicit assumptions about what is possible, what is likely, and what is worth working toward. Those assumptions shape your choices, your conversations, your investments of time and energy, and your contribution to the collective project of building the future. The book’s ultimate invitation is to bring your full capability and commitment to that project, grounded in the evidence that it is a project that can succeed.

Whether you share Diamandis’s specific projections or not, that invitation is worth accepting. The problems are real. The tools are real. The potential is extraordinary. What remains is the will to engage — and that, more than any technology, is the scarce resource that abundance requires.

The Convergence Argument

One of the intellectually most compelling aspects of Diamandis’s framework is the argument that the most transformative outcomes will come not from individual technologies improving in isolation but from the convergence of multiple exponentially improving technologies applied simultaneously to the same problem. This convergence effect creates something qualitatively different from the sum of individual improvements — it creates the conditions for phase transitions, for the solution of problems that were insoluble when approached through any single technological lens.

Consider water scarcity as an example. Cheap solar energy removes the energy constraint from desalination. AI-driven optimization removes the engineering inefficiency constraint. Advanced materials science removes the membrane degradation constraint. Cheap sensors and data processing enable distributed water quality monitoring and supply management at a granularity previously impossible. None of these individually solves water scarcity. All of them together, deployed in a coherently designed system, do something that was not achievable before — they make clean water economically available in contexts where it was previously impossible to provide it.

This convergence logic applies across virtually every domain Diamandis examines. Healthcare is being transformed by the convergence of genomics, AI diagnostics, precision therapeutics, wearable sensors, and telemedicine. Food production is being transformed by the convergence of precision fermentation, vertical farming, gene editing, robotics, and AI-driven supply chain optimization. Education is being transformed by the convergence of adaptive AI tutoring, virtual reality learning environments, social learning networks, and advanced assessment tools.

The convergence argument is important because it suggests that even if you’re skeptical about any individual technology being sufficient to address a specific challenge, the probability that some combination of advancing technologies will prove sufficient is much higher than the individual technology probabilities would suggest. The odds stack differently when you’re thinking about convergence rather than individual advances.

What Readers Should Do With This Book

The temptation after reading Abundance is to feel good about the future and then go back to your normal life. Diamandis, to his credit, anticipates this temptation and tries to redirect it. The book is not just an argument to believe — it is an invitation to engage. The future it describes doesn’t happen automatically. It happens because people who understand what’s possible commit themselves to making it happen.

For some readers, this means career choices — orienting professional work toward the problems and technologies that matter most. For others, it means investment decisions — directing capital toward ventures that are working on the important problems rather than the profitable-but-inconsequential ones. For still others, it means advocacy — contributing to the political and cultural conditions that enable transformative innovation rather than impeding it.

At the most basic level, it means updating your mental model of what is possible and allowing that updated model to inform how you talk about the future, what you support, and what you believe is worth working toward. The aggregate effect of many individuals updating their mental models in the direction of evidence-based optimism is a culture more capable of producing the abundance it envisions. That is not a small thing. It may be the most important thing.

Abundance is an imperfect book — too optimistic in places, insufficiently attentive to distribution and risk in others. But it is an important book. It makes the case, with real evidence and serious analysis, that the future can be genuinely better than the present for all of humanity, not just the lucky few. That case deserves a serious hearing. And the challenges it identifies as solvable deserve the serious engagement of the most capable people alive. Read the book. Update your priors. Then decide what you’re going to do about it.

Resilience in the Age of Abundance

A thread that runs through Abundance without being fully articulated is the relationship between technological progress and human resilience. The most vulnerable populations in the world today are not vulnerable primarily because they lack technology. They are vulnerable because the systems they depend on — food, water, health, governance — are fragile in the face of disruption. Abundance, properly conceived, is not just about providing more of what people need. It is about building systems that are robust enough to continue providing what people need even when things go wrong.

This is a critically important dimension of the abundance vision that deserves more attention than it receives. Distributed energy systems — rooftop solar and local storage rather than centralized grids — are more resilient than centralized alternatives. Distributed food production reduces the vulnerability of communities to supply chain disruptions. Distributed water purification reduces dependence on centralized infrastructure that can fail catastrophically. The technologies Diamandis describes are not just efficiency improvements. When deployed with resilience in mind, they are also fragility reducers — they make communities less dependent on systems that can fail and more capable of meeting their own needs through local resources.

This resilience dimension connects the abundance vision to a deeper human need: not just for material sufficiency but for the psychological security that comes from knowing that your community has the capability to meet its own needs, that you are not entirely dependent on systems whose reliability you cannot control. Abundance built on resilient, distributed, locally appropriate technology is a very different and arguably more valuable outcome than abundance built on more efficient centralized systems that remain brittle to disruption.

Diamandis gives us the vision. Filling in the resilience dimension is part of the work that remains for those who take the vision seriously and want to build it well. That is not a criticism of the book — it is an invitation to engage with the work it points toward. And that invitation, ultimately, is what makes Abundance worth reading and worth taking seriously.

The future is not written. It is being built, right now, by the people who believe it can be built. Peter Diamandis has spent his career being one of those people, and Abundance is his most comprehensive account of why that belief is justified and what it might produce. Whatever your starting skepticism, the evidence he marshals deserves a fair hearing. The future of eight billion humans may depend on enough people hearing it clearly enough to act.