Perhaps the most important factor in nurturing scientific excellence is the culture of research itself. In India, scientists are often encouraged to pursue safe, incremental projects that guarantee results and funding. This discourages risk-taking and innovation. Nobel-worthy research usually involves bold ideas that challenge existing paradigms. It may take years to bear fruit and often faces initial scepticism. To foster such work, India must create grant schemes that support high-risk, high-reward projects.
Scientists should be given the freedom to explore unconventional ideas without fear of failure. Bureaucratic hurdles must be minimized, and research management should be streamlined to allow scientists to focus on discovery. Just like spotting talent in sports early helps children become champions, recognizing a child’s interest in research and innovation is key to shaping future Nobel Prize winners. When children show curiosity, ask questions, and enjoy solving problems, it is a sign of a scientific mind. Encouraging this from a young age ~ through experiments, reading, and creative thinking ~ builds a strong foundation. With the right support, these children can grow into scientists who make big discoveries.
The Nobel Prize often goes to those who have spent years exploring ideas, so nurturing talent early is important for creating future leaders in science and innovation. Another critical issue is brain drain. Many of India’s brightest scientists leave the country for better opportunities abroad. In 2024, more than six lakh people emigrated from India to countries like the US, UK, Canada, Australia, and UAE. A significant portion were highly educated professionals ~ including scientists, doctors, and engineers. Further, India has only 260 scientists per million people, ranking 81st globally. In contrast, countries like the United States and the United Kingdom have over 4,000 scientists per million. This gap is not just about numbers ~ it reflects the lack of infrastructure, funding, and career prospects for researchers in India. Talented scientists often find it difficult to secure grants, set up labs, or pursue independent research.
To retain talent, India must offer competitive salaries, research autonomy, and clear career paths. Recognition and reward systems also need reforms. The newly launched Rashtriya Vigyan Puraskar is a step in the right direction, aiming to honour excellence in science and innovation. However, its credibility depends on transparent selection processes and independence from political influence. Awards should be based on scientific merit, citation impact, and peer recognition. Showcasing Indian scientists who are already making waves globally ~ such as those listed in Stanford’s top 2 per cent of cited researchers ~ can inspire others and build a culture of excellence. A total of 5,352 Indian scientists featured in the 2024 edition out of 223,252 scientists worldwide with China having the highest number of 10,687 ~ twice that of India – across all disciplines from physics and medicine to engineering and social sciences.
So, India has the intellectual capacity and scientific talent to produce Nobel Prize-worthy research, provided we continue to nurture innovation, invest in R&D, and support researchers with robust infrastructure and international collaboration. Science communication is another area that deserves attention. Many Indian discoveries go unnoticed because they are not effectively communicated to the public or the global scientific community. Scientists must be trained to present their work in accessible formats, engage with media, and participate in public lectures. Translating complex research into simple narratives can help build public support and attract young minds to science. Despite these challenges, there are signs of progress.
Initiatives like the Research Development and Innovation scheme aim to bridge the gap between laboratory research and commercial viability by using public procurement to create demand for indigenous technologies. Digital platforms like LabStack are also being developed to streamline R&D processes and improve collaboration across institutions. However, these efforts need to be scaled up and supported by a broader policy framework that prioritizes original research, industry partnerships, and global engagement. Over the past five years, Nobel Prizes in science and medicine have honoured discoveries that deeply reshaped our understanding of nature and health.
Few examples are given here along with the relevant research being carried out in India. In medical sciences, breakthroughs like mRNA vaccine technology (2023), got the Nobel Prize. India contributed to vaccine production but lagged in platform innovation and fundamental immunology research. In biology, the 2022 Nobel for sequencing the Neanderthal genome highlighted evolutionary genetics. India has strong labs in population genetics but lacks access to ancient DNA and long-term funding for paleo genomics ~ the study of ancient DNA to reconstruct and analyse the genomes of extinct species and ancient populations. In chemistry, Nobel-winning work on click chemistry and quantum dots emphasized molecular innovation.
India excels in applied chemistry, especially pharmaceuticals, but rarely leads in original molecular discoveries. In physics, prizes for quantum entanglement and climate modelling showcased deep theoretical and experimental work. Indian physicists participate in global collaborations like Laser Interferometer Gravitational-Wave Observatory (LIGO), yet such breakthroughs are limited. Overall, India has made progress in applied science and public health, but Nobel-level recognition demands long-term, curiosity-driven research, global collaboration, and original contributions. With its growing talent pool and infrastructure, India has the potential. It now needs sustained vision and support to convert promise into global impact. In conclusion, India has the talent and potential to produce Nobel-winning scientists.
What is missing is a coordinated, long-term strategy to nurture that talent, support bold research, and connect with the global scientific ecosystem. By reforming education, retaining talent, increasing investment, building world-class institutions, and encouraging risk-taking, India can create an environment where groundbreaking discoveries are not just possible but inevitable. India must shift from a compliance-driven model to an innovation-driven one. Only then can it unlock the full potential of its scientific community and compete globally. The Nobel Prize should not be seen as an elusive dream ~ it should be a natural outcome of a thriving scientific culture.
(The writer is a retired Scientist, Council of Scientific & Industrial Research)