Scientific communities beyond institutions
Jing-Xuan Chen 06/27/2026 Hangzhou
What makes a scientific community mature? Can it be sustained by formal institutions alone?
Discussions of research systems typically begin with universities, funding agencies, publications, laboratories, competitive grants, and evaluation metrics. These are undeniably essential. Without stable infrastructure, sustained scientific activity is nearly impossible. Yet describing a research system only in these terms feels incomplete. Beyond formal institutions, there is something harder to quantify: shared aesthetic sensibilities, collective memory, tradition, and ways of life. The crucial question is how the presence or absence of these elements shapes a scientific system.
By “aesthetic sensibilities”, “memory” and “tradition” I do not mean stylistic preferences in writing or tastes in research topics. I refer instead to a collective imagination of what science is: what forms of communication feel natural, which workshops or meetings are worth sustaining across generations, which journals, databases, and field stations deserve long-term stewardship, and what kinds of early-career researchers are embraced as community members. These judgments rarely appear in institutional rules, yet they profoundly influence the character of a scientific environment.
This is what many mean by “research atmosphere”. In China, scientists returning from the United States often note that the local research atmosphere feels insufficient. This perception is not fully explained by differences in funding or publication standards. Many have internalized a particular scientific aesthetic in the US: science as more than project execution, it's a way of life rooted in open exchange, long-term accumulation, and shared identity. When they return to environments rich in projects, publications, and platforms but lacking this deeper cultural dimension, a sense of misalignment arises. The gap is not merely one of resources or productivity, but whether science can function as genuine community life. Such community life manifests in subtle, persistent structures: stable teaching traditions, spaces for informal discussion, long-term commitments to data and collections, and spontaneous interactions between students and principal investigators that go beyond formal evaluation. These elements reinforce one another to create a distinctive scientific environment.
What stands out in many leading US institutions is not only strong funding and talent concentration, but a coherent cultural fabric: summer workshops, field stations, museum collections, open-source tools, seminars, coffee-hour conversations, laboratory rituals, and other communal practices. These are not decorative; they are integral to how science is lived daily. This model is not easily transplanted. Scientific cultures are historically contingent. The US system emerged from decades of institutional evolution, sustained material investment, stable universities, federal and private funding, traditions of philanthropy, and relatively affluent social conditions. Without these foundations, many of its cultural forms would not have taken root.
The pressing question is what happens when those material foundations weaken. In recent years, tightening budgets, financial pressures on universities, and uncertainty in international collaboration have forced the US system to confront this challenge. Culture does not vanish overnight with funding cuts. But under sustained pressure, the first casualties are often the less visible elements: field stations, long-term training programs, small journals, early-career positions, and the people who carry institutional memory.
This points to a deeper issue: where does the resilience of a scientific system come from? A mature research system may be defined less by its productivity during times of plenty than by its capacity to maintain continuity under constraint. Wars, financial crises, political shifts, deglobalization, and demographic changes all test whether a scientific community is merely a collection of funded projects or a living structure capable of spanning generations.
The United Kingdom provides a compelling example. Though it no longer holds the global political and economic dominance of its imperial past, and cannot match US levels of research investment, institutions such as the Royal Society, the Natural History Museum, Cambridge, Oxford, and Kew Gardens retain outsized intellectual influence. Scientific institutions can outlive the political and economic conditions that birthed them. Once institutional memory becomes deeply embedded, it gains a measure of independence from any single era of prosperity. This does not mean culture can survive indefinitely without material support. Funding shortfalls weaken institutions, scarce positions limit new talent, neglected collections deteriorate, and interrupted training breaks intergenerational continuity. The real issue is not whether material conditions matter more than culture, but whether a scientific community can convert episodic resources into enduring institutional memory.
Scientific communities thus rely on two kinds of resources: material and meaningful. Material resources enable buildings, instruments, and salaries. Meaningful resources answer why a scientific record should be preserved, why a course should endure for decades, why a museum retains value even without high-impact papers, and why a place can inspire a sense of belonging to a longer intellectual tradition.
This framework offers insight for East Asia. China’s scientific system is in a dynamic but still relatively early phase of institutional and cultural development. Many institutions excel at highlighting resources and funding advantages that is often genuinely competitive by quantitative measures. Fewer, however, emphasize the cultivation of scientific tradition or the capacity to sustain advantages during periods of uncertainty and contraction. In a world of cyclical economic and institutional pressures, scientific mobility is not driven solely by short-term resources. Talent flows are influenced by the relative depth of cultural structure as much as by funding levels. Japan illustrates another path. In biodiversity research, it has cultivated a refined tradition of meticulous local recording — first observations, regional surveys, detailed notes, photography, and local journals — forming a continuous natural history culture. This approach may not always align with “frontier” science, yet it steadily builds deep knowledge and memory of nature. However, its limitation is equally clear: when such traditions remain too inward-looking, confined to familiar networks and language, they can limit international exchange and theoretical renewal. It excels at preserving local knowledge but does not always integrate it into broader global conversations. For East Asia, the most promising future may lie in a hybrid model: the open, international community spirit of the US system; the detailed, patient local recording tradition of Japan; and the rich biological diversity, collections, historical literature, and indigenous knowledge systems of the region itself. Such a system would need to support not only high-profile frontier research but also the slower, less visible work essential for long-term accumulation.
Building a scientific system should therefore go beyond increasing output. It must also build resilience: the ability of laboratories, workshops, museums, journals, and field stations to thrive under stable conditions, endure pressure without collapse, and recover when opportunities return. This capacity may be the truest measure of institutional maturity.
Science under pressure is not a hypothetical scenario; it is the recurring reality shaped by political, economic, and social change. A community dependent only on current resources will vanish with them. A community that can transform resources into institutional memory, collective identity, and intergenerational continuity stands a far better chance of enduring.
Scientific communities are not the antithesis of institutions. They are what institutions become when they are continuously lived, practiced, and remembered. Institutions provide structure; culture provides meaning; tradition extends time; and resilience determines whether they survive hardship. We frequently discuss building research systems. A more profound task is cultivating scientific communities capable of withstanding pressure.