Can scientific knowledge become a lasting source of national development?
By Mario López Ayala, PhD
Mexico manufactures sophisticated products, participates in international scientific networks, and educates researchers whose work contributes to global knowledge. Yet a persistent question remains beneath these achievements: how much of that knowledge becomes a capability the country can independently sustain? The answer is not readily found in publication counts, industrial exports, or innovation rankings. Scientific development unfolds through institutions, economic incentives, political decisions, and social relationships that rarely evolve at the same pace. What appears successful from one perspective may reveal unexpected weaknesses from another.
The World Intellectual Property Organization’s Global Innovation Index 2026 places Mexico 65th globally and third in Latin America, behind Chile and Brazil. More revealing is the difference between its innovation inputs, ranked 81st, and outputs, ranked 53rd. Mexico generates comparatively strong measurable results despite limitations in the conditions supporting innovation. These indicators, however, cannot establish whether such results strengthen domestic technological independence or produce enduring improvements in institutional performance. That distinction deserves closer attention than the ranking itself.
Beyond Scientific Production
Scientific publications are essential to intellectual progress. They expose discoveries to criticism, preserve contributions, and allow ideas to circulate beyond their original institutions. Their importance cannot be determined exclusively by commercial applications. Fundamental research may remain without practical use for decades, while investigations in psychology, sociology, education, or public health can reshape institutional practices without generating patents or technological products.
The difficulty often emerges beyond the researcher’s control. A university can produce valuable findings while lacking the infrastructure to continue investigating them. A hospital may recognize scientific evidence without possessing the organizational conditions necessary to apply it. A manufacturer can operate technologically advanced equipment while depending on external suppliers for modifications and maintenance. These circumstances do not necessarily indicate scientific failure. They suggest that possessing knowledge and developing the capacity to use it are different achievements.
Researchers are frequently expected to demonstrate measurable contributions beyond academic publication, yet the institutions responsible for adopting knowledge may operate under incentives unrelated to scientific evidence. Businesses respond to markets, governments confront administrative pressures, and universities protect intellectual priorities that should not always be subordinated to immediate economic demand. Their interests sometimes converge, but collaboration cannot be assumed simply because all participants declare innovation a priority.
The Economics of Knowledge
Mexico’s manufacturing strength presents an uncomfortable paradox. Automotive components, electronics, aerospace activities, and medical technologies connect the country to sophisticated international production systems. Nevertheless, export complexity reveals relatively little about who controls design, technological standards, intellectual property, or research decisions. Industrial participation can encourage technological learning, although the benefits depend on domestic suppliers, engineering capabilities, and opportunities to undertake more demanding activities.
Financing remains central. UNESCO’s Country Strategy for Mexico 2026–2031 reports research and development expenditure equivalent to approximately 0.28 percent of GDP. The figure raises questions about scientific infrastructure, project continuity, and research careers. It would be misleading, however, to suggest that increasing expenditure necessarily produces proportional economic benefits. Investment matters, but so do its distribution, institutional stability, research quality, and the capacity of organizations to absorb new knowledge.
International experience offers contrasts rather than ready-made solutions. South Korea’s industrial transformation reflects sustained technological investment, while Germany’s applied research networks demonstrate another relationship between scientific institutions and enterprises. China’s expanding research system illustrates how knowledge production can become intertwined with industrial ambitions and geopolitical competition. Mexico operates within different economic and political constraints. Borrowing individual elements from these experiences may be useful, but their outcomes cannot be reproduced independently of the institutions that supported them.
A less visible challenge lies beyond major industrial corridors and metropolitan universities. Regional institutions and smaller enterprises may confront problems of considerable local importance while lacking access to specialized expertise or long-term financing. Their contributions are not necessarily less valuable because they operate outside internationally prominent research centers.
Science, Power, and Technological Dependence
Scientific knowledge now occupies a prominent position in geopolitical competition. Artificial intelligence, semiconductors, biotechnology, advanced materials, and energy technologies influence industrial policy, national security, and international bargaining power. Countries increasingly negotiate access not only to products, but also to the expertise, infrastructure, and technical standards that make those products possible.
Mexico’s proximity to the United States provides opportunities for industrial integration, investment, and scientific cooperation. Yet geographical proximity cannot substitute for domestic technological competence. Foreign investment may generate employment and productive specialization without necessarily transferring the knowledge required to design or independently develop strategic technologies. The extent of that transfer varies between industries and firms, making broad claims about technological dependence difficult to sustain without detailed evidence.
Technological sovereignty need not imply self-sufficiency. Modern scientific systems depend on international networks, specialized equipment, and intellectual exchange. The more consequential issue is whether institutions can evaluate their dependencies and make informed decisions when commercial or geopolitical circumstances change. This tension extends into healthcare, education, public administration, and artificial intelligence, where purchasing advanced systems may be considerably easier than developing the organizational judgment required to govern them.
The Human Value of Knowledge
Knowledge influences how societies understand illness, educate younger generations, organize workplaces, and confront uncertainty. Its value sometimes appears gradually, through improvements that are difficult to attribute to a single research project.
Artificial intelligence introduces another complication. Computational assistance may improve productivity without producing an equivalent increase in independent understanding. From a psychological perspective, receiving accurate information differs from developing the judgment necessary to evaluate it. This distinction matters for students, professionals, and institutions increasingly dependent on technologies whose internal operations they may only partially understand.
Mexico does not need to choose between scientific freedom and national development. It needs a more coherent relationship between the two. One possibility would be to strengthen institutional mechanisms connecting universities, research centers, enterprises, and public agencies while protecting the independence of scientific inquiry. Such mechanisms should be evaluated not merely by agreements signed or projects financed, but by whether they improve the capacity to understand problems, incorporate evidence, and sustain knowledge beyond individual administrations. This would require continuity, accountability, and recognition that valuable discoveries sometimes emerge without a predetermined application.
Yet institutional coordination raises an uncomfortable question of its own. Who determines which scientific contributions deserve support, especially when their future relevance cannot be established in advance? Mexico’s challenge extends beyond producing more knowledge or demanding immediate results from researchers. It involves building institutions capable of recognizing scientific value without reducing it to economic utility, while creating conditions for research to influence decisions beyond academia. Whether those ambitions can consistently coexist may be one of the most consequential tests of the country’s scientific future.