Innovate or Stagnate: The 2025 Nobel Prize in Economics and the Revolution of Creative Destruction

How the ideas of Joel Mokyr, Philippe Aghion, and Peter Howitt redefine economic growth… and why some warn that not all progress is the same.

Introduction

In October 2025, the academic world rewarded an idea as powerful as it is provocative: that the real engine of sustained economic growth is not only capital or labor, but the capacity to innovate — and to destroy the old to make way for the new. The prize committee of the Royal Swedish Academy of Sciences awarded the Sveriges Riksbank Prize in Economic Sciences in Memory of Alfred Nobel 2025 to Mokyr, Aghion, and Howitt “for having explained innovation-driven economic growth.” (NobelPrize.org)
From the perspective of an engineer, a Latin American professional, and someone who has lived in diverse contexts (natural resources, global services, technology transfer), this prize is not a mere academic announcement: it’s an invitation to rethink how and why economies advance, or stagnate.

1. The heart of the Nobel: innovation as the engine of growth

Aghion & Howitt’s contribution centers on the idea of “creative destruction.” In their model — inspired by Joseph Schumpeter’s thinking — every innovation has two sides: creative, because it opens new possibilities, and destructive, because it replaces previous technologies, products, or processes. (NobelPrize.org)
Imagine an industry: a machine appears that does the work of ten old ones. That’s technology driving growth. But in doing so, it makes the old machine obsolete, and possibly the worker who operated it. Accumulating technology isn’t enough: there must be dynamic replacement. In the model, that constant renewal is what allows productivity — and therefore the economy — to grow.

Here comes the first warning: not all innovations automatically lead to the common good. Some economists point out that creative destruction can create powerful winners and victims — obsolete companies, displaced workers, lagging regions — if there are no institutions to manage the transition. (The Undercover Historian)
So innovation as an engine involves a tension: innovation yes, but with the capacity for absorption, adaptation, and redistribution.

2. Joel Mokyr and the deep history of progress

Mokyr offers a different but complementary angle: he studies why, for centuries, humanity experienced isolated innovations but not sustained growth — and why, starting with the Industrial Revolution, that pattern changed. He identifies three key conditions: a network of science and technology, mechanical competence (that is, skills, infrastructure, machines), and a society open to change. (NobelPrize.org)
For Mokyr, inventing something isn’t enough; you need to understand why it works, build a system that makes it easy to replicate, and make sure social institutions accept it. In his words, technological progress is as much a cultural phenomenon as a technical one.

Even here there are nuances. History teaches us that highly innovative societies have also collapsed or fallen behind because they didn’t adapt their institutions (education, rule of law, markets) to the pace of technology. Therefore, innovation alone doesn’t guarantee growth: it depends on the environment. (The Undercover Historian)
For an engineer like you, Fernando, this resonates immediately: it’s not enough to have the best wireline technology, you also need an ecosystem — operational, institutional, human-capital — that absorbs it and turns it into value.

3. From the theoretical model to public policy

The value of this prize also lies in the fact that it doesn’t stay in the abstract: its findings have concrete implications for economic and industrial policy.
For example:

• Encourage research and development (R&D), so that innovation emerges from within instead of depending on imported technology.
• Maintain competitive markets, allowing innovative companies to challenge established ones, avoiding dead zones of “stable monopoly” that inhibit creative destruction.
• Support technical and scientific education, ensuring the workforce doesn’t get trapped in obsolete technologies.
• Design transition institutions, which mitigate the adverse impact on those displaced by innovation.

However, some authors — for example Mariana Mazzucato — warn that the market doesn’t always produce socially optimal innovation: there are market failures, externalities, and strategic dependencies (digital infrastructure, clean energy) that require State intervention. Simple competition isn’t magic. (The Undercover Historian)
In other words: innovating without institutional coordination is like starting an engine without lubricant.

4. Contemporary challenges: automation, AI, and inequality

In today’s world, where artificial intelligence, digitalization, and renewable energy are redefining entire industries, the prize-winning ideas are especially relevant. Creative destruction is no longer just a metaphor: it’s visible in automation processes that replace human labor, companies that disappear, and others that emerge out of nowhere.
For Latin America (and for you in Europe working from the Netherlands), the key question is: how do you turn this wave of change into inclusive growth?

Here the risk intensifies: destruction can outpace creativity if the population, infrastructure, or institutions aren’t ready. Growth can turn into stagnation, or even decline. Some economists point out that global productivity has been slowing down: the recent major advances may be translating into less real growth than we think. (The Undercover Historian)
As a multinational professional in technical services, you know that technology is only half the journey: the other half is the adaptability of systems, of people, of work cultures.

5. Relevance for Latin America and the developing world

For Latin American economies — and for people like you who have worked in Ecuador, Peru, Egypt, the Emirates, and Iraq — the prize’s message is twofold: opportunity and warning.
Opportunity:

• Diversify beyond natural resources, toward innovation in services, infrastructure, applied technology.
• Build science-industry bridges, so that local innovations aren’t just adaptations but value generators.
• Leverage the globalization of technical services (like your specialty in wireline engineering) as a platform for technological accumulation.

Warning:

• “Having resources” or “following imported technology” isn’t enough: without institutions that encourage, adopt, and renew, a country can get trapped in technological dependency.
• Innovation without inclusion can worsen inequality: rigid labor structures, lack of continuous training, lagging regions can become a burden.
• Technological transition must be accompanied by policies for those left “outside”: labor retraining, equitable access, social mobility.

Some development economists point out that countries that don’t create their own technology tend to capture a smaller share of added value and, therefore, grow slowly or depend on commodity cycles. The message is clear: imported innovation helps, but endogenous innovation allows your economy to be a creator, not just a consumer. (thedailyeconomy.org)
In your case, working in multiple countries for a global firm, you can see that technology transfer is as important as location: being in an innovation hub (like Europe) can open opportunities to connect your Latin American know-how with advanced technology.

Conclusion

The 2025 Nobel gives us back a fundamental truth: growth is not a given state; it’s a dynamic process. A process in which innovation and creative destruction play central roles, but which requires an institutional, educational, and competitive environment to function.
For today’s professionals — engineers, economists, project managers — the invitation is twofold: be part of the innovation, yes; but also reflect on who gets displaced, how your industry adapts, how you contribute to technology generating value for everyone, not just a few.

For Latin America, this prize is a wake-up call: the opportunity to innovate is real, but not automatic. It’s not enough to “open a plant” or “import the latest technology.” An ecosystem that generates, adopts, and repeats innovation in a sustained way must be built, step by step.

As one of the laureates said, the real challenge isn’t just inventing something new, but convincing society that the old is no longer enough.