Beyond knowledge economy; why resources still rule
By Ehsan Mohebbi Nazar
Economist, strategy consultant
For much of the past generation, globalization encouraged the belief that the world was moving beyond the geopolitics of raw materials. Data would replace oil, software would eclipse steel, and knowledge would become the ultimate currency of power. For decades, a comforting narrative has dominated global discourse: invest in education, nurture innovation, and build world-class institutions — and prosperity will follow. Singapore, South Korea, and Germany seemed to prove the point: nations with scarce natural resources could outcompete resource-rich rivals through sheer intellectual capital. Yet the reality now unfolding points in a different direction. The century is witnessing not the end of resource competition, but its reinvention — quieter, more complex, and arguably more consequential than before. Scientific knowledge is more accessible than at any point in history, but this inversion — democratized knowledge alongside concentrated resources — may be quietly rewriting the rules of geopolitical power.
The late 20th century was an anomaly. The postwar generation in advanced economies produced an unprecedented consumption shock. A vast middle class bought homes, cars, appliances, and electronics at scale. That demand powered industrial growth across East Asia, turned export-led development into a winning strategy, and helped anchor the US dollar at the centre of the global system. It was not merely military or financial engineering that sustained that order; it was mass consumption.
That demographic engine is now fading. Populations across advanced economies are aging rapidly. Older societies consume differently: less housing turnover, fewer durable goods, more services and healthcare. This is not a collapse of demand, but a structural shift away from the material-intensive consumption that once drove global trade. Meanwhile, many younger societies remain far from the income levels required to replicate that earlier consumption boom. The result is a world in which aggregate demand grows more slowly and unevenly.
In such a world, leverage shifts toward those who control essential inputs. The energy transition illustrates this paradox. Renewable technologies are often portrayed as liberating humanity from resource constraints, yet solar panels, electric vehicles, grid-scale batteries, and modern power networks require lithium, cobalt, nickel, copper, and rare earth elements — materials whose extraction is geographically concentrated in ways that no amount of open-access research can change. According to the IEA, demand for these critical minerals could increase four- to six-fold by mid-century. The knowledge to build a battery may be global; the cobalt inside it is not.
This asymmetry exposes a blind spot in the knowledge-economy thesis. Technology does not exist in abstraction. It requires raw materials, supply chains, and physical infrastructure. A country that leads in artificial intelligence yet depends entirely on externally controlled mineral inputs has built its power on a foundation others can disrupt. The semiconductor tensions of recent years have already demonstrated that control over materials and manufacturing equipment can matter more than publishing more research papers.
This reality has triggered a new form of strategic competition. Major powers are no longer focused solely on oil fields; they are seeking influence across entire supply chains — from extraction and processing to refining and advanced manufacturing. Long-term mineral offtake agreements, strategic stockpiles, export controls, and investment screening are becoming routine tools of economic policy. Resource diplomacy now sits alongside traditional security alliances.
Multinational corporations are equally active. Automakers are investing directly in mining projects to secure battery inputs. Technology firms are signing long-term power purchase agreements to lock in energy for data infrastructure. Commodity traders are expanding into logistics, storage, and refining. Vertical integration — once dismissed as inefficient in a just-in-time global economy — is returning as a hedge against scarcity and geopolitical risk.
Geography matters again. Critical minerals are unevenly distributed, and processing capacity is even more concentrated, creating chokepoints that can be leveraged economically and politically. Control over a refinery, a shipping lane, or a specialized processing technology can confer influence far beyond the nominal value of the underlying material. In a world of fragile supply chains, resilience becomes power.
History offers a caution against determinism. The so-called “resource curse” shows that possessing minerals is not the same as converting them into durable power. Institutions, governance, and the ability to move up the value chain are decisive. The most instructive model today is not simply resource ownership but control over transformation—turning raw inputs into strategic advantage through processing capacity and industrial ecosystems.
This is not a return to twentieth-century resource nationalism. The difference today is that resources matter within complex technological systems. The most powerful actors will not be those with resources alone, nor those with technology alone, but those that command the intersection of both.
Innovation will still matter. It will determine how efficiently resources are used, whether substitutes emerge, and how recycling reduces primary demand. But innovation operates within material limits. A battery breakthrough still requires metals; a semiconductor revolution still requires fabrication plants and energy.
The defining feature of the coming decades will be the convergence of technology and geology. Power will flow not only from ideas, but from mines, grids, ports, and processing facilities. In an era often described as digital and dematerialized, the foundations of influence remain profoundly physical. The race for resources is not a relic of the past; it is the structure of the future.