The New World Politics is Reshaping Science and Education

The New World Politics is Reshaping Science and Education, The relationship between political power, scientific inquiry, and educational systems has always been symbiotic, but the current global landscape has ushered in an era of unprecedented tension and transformation. As 2025 draws to a close, the world is witnessing a fundamental realignment where knowledge production is no longer seen as a neutral pursuit but as a strategic asset in geopolitical competition. From the rise of nationalist movements in Western democracies to the calculated “techno-nationalism” of authoritarian regimes, the fabric of international academic collaboration is being stress-tested like never before .

This article explores the multifaceted impact of world politics on science and education, examining the shift from Western dominance to a multipolar academic world, the weaponization of knowledge security, the global assault on academic freedom, and the innovative responses from institutions attempting to navigate this turbulent terrain.

The Geopolitical Fault Lines: A New Academic Cold War

The optimistic vision of globalized science that prevailed at the turn of the 21st century has largely dissipated. According to Professor John Aubrey Douglass of UC Berkeley, we are now witnessing the emergence of a “Neo-Academic Cold War.” This new reality is not defined by a single bipolar struggle but by a complex, multipolar environment where collaboration is increasingly viewed through a lens of national security and zero-sum competition .

The conflict between China and the Western world continues to be a primary driver of this shift. China’s strategic use of science as a tool of state power, particularly through initiatives like the “Science Silk Road” as part of the Belt and Road Initiative, exemplifies this trend. This program is deliberately designed to reshape global science networks, creating new dependencies and challenging the traditional dominance of Western research hubs . For the first time, the Global Innovation Index (GII) in 2025 showed China entering the top 10 most innovative nations, a symbolic shift that underscores the changing geography of knowledge production .

Simultaneously, the transatlantic alliance that formed the bedrock of post-war scientific cooperation is fracturing. The “America First” policies of the Trump administration have led to tariff wars, budget cuts for research universities, and an inward-looking stance that has made Europe question the reliability of the United States as a scientific partner . The Russian invasion of Ukraine has similarly restored the cleavages of the Cold War era, cutting off decades of scientific exchange and isolating a once-prominent research community .

The Rise of Techno-Nationalism and the Weaponization of Knowledge

One of the most defining characteristics of the current era is the rise of “techno-nationalism”—the belief that technological prowess is inextricably linked to national power and must be protected, nurtured, and controlled by the state. Authoritarian regimes are now among the world’s largest investors in research and development, but this investment comes with strict ideological controls. Science is pursued not for the sake of universal knowledge but as an instrument to achieve political priorities, enhance military capabilities, and project soft power .

This has led to the widespread adoption of “knowledge security” concerns. National and regional governments are increasingly prioritizing the protection of sensitive research over the value of open international collaboration. Funding for collaborative projects is now often contingent on compliance with vague national security charters, creating bureaucratic hurdles that stifle the spontaneous flow of ideas . The very concept of “open science,” which promised to accelerate discovery by removing paywalls and sharing data freely, is now in tension with the impulse to hoard strategic advantages in areas like artificial intelligence, quantum computing, and biotechnology.

The Paradox of Power: Western Decline and the Assault on Academic Freedom

While authoritarian states ramp up their investment in science, albeit under strict control, the liberal democracies that pioneered the modern research university are facing an internal crisis of confidence. The dominance of the Global North—built on a foundation of academic freedom, institutional autonomy, and robust public funding—is under enormous internal threat .

In the United States, the politicization of knowledge has reached new heights. The unofficial unveiling of the “Compact for Academic Excellence in Higher Education” in October 2025 illustrated a desire for ideological control over scientific output. Behind the rhetoric of “restoring excellence” lies what scholars term “sciento-populism”—a strategic exploitation of public mistrust in science to portray academics as an out-of-touch elite, responsible for societal decline . This has manifested in real-world consequences: since President Trump’s second term, researchers across disciplines have faced funding cuts based on perceived ideological bias. A troubling three-quarters of U.S.-based scientists have reportedly considered leaving the country in response to these threats .

This phenomenon is not confined to the United States. In Argentina, President Javier Milei has used a narrative of academics as “corrupt elites” to restrict university autonomy and slash research funding. In Hungary, Viktor Orbán’s government effectively forced the Central European University into exile. Even in established democracies like France and the United Kingdom, attacks on academic freedom are mounting. In France, these take the form of foreign interference, conditional regional funding, and political interventions in university governance. French academics facing such attacks often find themselves isolated, lacking the robust institutional protection afforded to, for example, journalists .

The Collaboration Dividend at Risk

The consequences of these political pressures are not merely political or symbolic; they directly impact the quantity and quality of scientific discovery. Research consistently shows that academic freedom and institutional autonomy are significant predictors of a country’s scientific output. They are the bedrock of the “collaboration dividend“—the exponential gains in knowledge achieved when scientists can freely form networks across borders .

Today, university-based scientists co-author 85% to 90% of the millions of scientific papers produced annually. Large, complex collaborations are the driving force behind breakthroughs, from vaccine development to climate change solutions. These collaborations depend on a global ecosystem of trust and open exchange. When academic freedom declines, scientists and their universities are less able to participate effectively in these international networks. This reduces the “superhub” effect, diminishing the flow of ideas and ultimately slowing the pace of innovation for everyone .

The Institutional Response: Adaptation and Resilience

In the face of these challenges, academic and research institutions are not passive victims. They are adapting, forging new alliances, and developing innovative frameworks to protect science from the vagaries of politics.

1. Formalizing New Partnerships

As traditional partnerships fracture, new ones are being forged. We are seeing a surge in bilateral agreements that bypass the old East-West axis. For instance, Universitas Airlangga in Indonesia is exploring deep partnerships with France’s Sciences Po to enhance cross-cultural learning . In the Middle East, the Argentine Council for International Relations and the Middle East Council on Global Affairs signed an MoU at the Doha Forum to collaborate on global governance research, emphasizing the growing role of the Global South . Similarly, China’s Guangdong University of Foreign Studies has partnered with the University of Bern’s World Trade Institute to focus on international governance, signaling a desire to shape the rules of the global system .

2. The Rise of Science Diplomacy

There is a growing recognition that science itself can be a tool for diplomacy, helping to bridge political divides on shared challenges like climate change and global health. The Fonds de recherche du Québec (FRQ) has taken a significant step by establishing seven research chairs in science diplomacy. These chairs will focus on critical areas such as the global governance of AI, Arctic and space cooperation, food security in Africa, and Indigenous knowledge. This initiative explicitly aims to use scientific collaboration as a means to “mitigate the geopolitical upheavals we are currently experiencing” .

3. Reforming Research from Within

Foundations and universities are also funding meta-research to understand and improve the scientific enterprise itself. The Volkswagen Foundation’s “Researching Research” initiative, with €4.9 million in funding, is supporting projects that investigate how political demands shape scientific work. One project will specifically analyze China’s Science Silk Road, while another will explore how to integrate Indigenous knowledge into environmental science, challenging the traditional Western paradigms of knowledge production .

4. Defending Academic Freedom

Advocacy for academic freedom is becoming more organized and strategic. In France, a major study has proposed a multi-dimensional strategy to defend academic freedom, including constitutionalizing it, creating an independent observatory to monitor violations, and launching national awareness campaigns. The goal is to build a “genuine culture of academic freedom” that can withstand political pressure, transforming fragility into a lever for renewal. At the European level, there are proposals to create a “European talent passport” for refugee researchers and to make Europe a safe haven for scientists in danger . Harvard’s Belfer Center is also investing in research at the intersection of technology and geopolitics, funding projects on how AI can be used by pro-democracy movements and how to manage the energy demands of large-scale computing, thereby building the intellectual frameworks needed for the future .

Conclusion: Navigating Uncharted Territory

Global higher education and the scientific community are indeed entering uncharted territory . The post-Cold War consensus that open science and international collaboration were universally beneficial goods has shattered against the rocks of resurgent nationalism, great-power competition, and domestic political polarization. The Western model of the university—championing academic freedom and institutional autonomy—is no longer the undisputed global standard. It is challenged externally by state-directed techno-nationalism and eroded internally by populist assaults on expertise.

The future of science and education will depend on the ability of institutions, nations, and researchers to navigate this new geopolitical equation. While the picture is deeply challenging, it is not without hope. The very crises we face—climate change, pandemics, technological disruption—demand global solutions that only unfettered science can provide. The proliferation of new partnerships, the rise of science diplomacy, and the conscious effort to defend academic freedom are signs of resilience. The core values of inquiry, integrity, and openness that have driven progress for centuries are now being tested. Whether they survive this transformation will determine not only the future of higher education but the fate of global problem-solving for generations to come .