Science’s Uneven Playing Field

Democratizing science does not mean lowering standards but widening access for talent to translate into meaningful work.

We like to believe that science is a fair field where the best ideas win, talent rises to the top, and hard work gets rewarded. It is a reassuring belief, especially for young students entering research. But reality tells a different story. Two scientists may have similar abilities, equal curiosity, and the same level of dedication, yet their careers can look very different. One grows up in a developed country, studies in a globally renowned institution, and works in a laboratory equipped with the latest tools. The other is born in a small town, studies in a modest college, and builds a career in a less endowed institution. When their work is later compared, the difference is often seen as a difference in merit, but in truth it is often a difference in starting conditions.

Every scientist begins with a different starting line and is drawn into a path by where they are educated and where they work. Some begin far ahead, with access to strong institutions, infrastructure and networks, while others spend years simply reaching the same point. These differences shape everything that follows. They influence what problems one encounters, what tools one can access, what mentors one meets, and even what ambitions one dares to form.

Meaningful Differences

A scientist trained in a leading global research environment inherits not only better infrastructure but also a culture where science is visible, valued, and constantly evolving. Ideas move quickly, collaboration is routine, and there is room to experiment, fail, and try again. In contrast, a scientist working in a constrained setting often spends as much time managing limitations as pursuing ideas. Equipment may not be readily available, administrative processes may slow progress, and in many cases basic procurement or approval delays can hold back research for months. Opportunities for collaboration may be fewer. These are not dramatic obstacles, but they accumulate into meaningful differences.

This inequality is not limited to countries like India. It exists across the world. A researcher working in institutions such as Massachusetts Institute of Technology or Stanford University operates in an ecosystem built over decades, where funding is more predictable, infrastructure is reliable, and networks are deep and active. Ideas move quickly from concept to application. Even the best universities in India, despite their strengths, often operate under tighter constraints. The difference is not of talent or intent, but of ecosystem depth. An Indian scientist working in a top university is often competing globally from a less supportive base, yet comparisons continue as if the starting lines were the same.

This becomes most visible in how scientists are evaluated. Across the world, and especially in India, researchers are judged using common metrics such as publications, citations, journal impact, and patents. These measures appear objective, but they rarely capture the conditions in which the work was done. A scientist working in a well-funded laboratory has a clear advantage in producing high-impact work because access to better tools, technical support, and collaborations increases both the speed and visibility of research. In contrast, a scientist in a less endowed setting may spend years overcoming basic hurdles before reaching the same stage, yet both are assessed using the same yardstick. This creates a quiet but serious distortion that rewards not only ability, but also the system that supports that ability, and over time it reinforces existing inequalities rather than reducing them.

Many capable researchers working in smaller institutions or less visible regions remain under-recognized. Some move away from research, while others remain in roles that do not fully use their potential. A few succeed despite the odds, but many do not. Science moves forward, but it leaves behind many ideas that were never explored, not because they lacked merit, but because they lacked opportunity.

Widening Access

If India wants to emerge as a major scientific power, it cannot rely only on a few elite institutions. It must expand the base. Democratizing science does not mean lowering standard but widening access and creating conditions in which talent can translate into meaningful work. This requires sustained investment in education, infrastructure, and research ecosystems across a broader range of institutions.

Encouragingly, this shift has begun to take shape. The Anusandhan National Research Foundation reflects a move towards expanding where research can happen, rather than concentrating on it in a few established centers. Programs that connect stronger institutions with those still building capacity (PAIR) are helping to share facilities, mentorship, and research opportunities. Support for early-career researchers outside elite environments (PM-ECRG) is creating space for new ideas to emerge from new locations, while efforts to widen participation (IRG) are gradually expanding the social base of science. If sustained, this approach can reshape the geography of Indian science by allowing capability to grow in many locations rather than a few.

This also calls for a more thoughtful understanding of merit. Merit, when judged without context, becomes incomplete. The same output may reflect very different levels of effort and ingenuity under different conditions. A more meaningful evaluation would ask not only what was achieved, but also under what circumstances.

For young researchers, this reality can feel uncomfortable, but it also offers clarity. You may not control where you begin, but you can shape how you move. Seek exposure beyond your immediate environment, build networks, and collaborate widely. At the same time, recognize that your own context may offer unique problems that others overlook; working on these can lead to original contributions that stand out.

When all is said, science is not only about ideas but also about the conditions in which those ideas are allowed to grow. People do not begin from the same starting line, and unlike a race, the distance they must travel is not the same. If we ignore these differences, we risk mistaking advantage for ability. Talent may be universal, but opportunity is not, and acknowledging this is the first step towards ensuring that more people have a real chance to progress.

(The author is an ANRF Prime Minister Professor at COEP Technological University, Pune; former Director of the Agharkar Research Institute, Pune; and former Visiting Professor at IIT Bombay. Views personal).