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India’s research can shape the world when discoveries become transformative technologies—not merely a larger volume of papers. That conversion depends on connected changes in education, national laboratories, regulation and the wider research system, according to an opinion article by VijayRaghavan and Archish Mittal.
From research output to technologies with global reach
The central challenge is not simply to produce more research. It is to build the capacity to turn strong ideas into technologies that solve consequential problems and can matter beyond India. That requires a chain connecting skilled people, capable institutions, workable rules and incentives that support translation. A weakness at any link can keep promising science from reaching practical use.
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The framework comes from the opinion article “Indian research can shape the world,” listed by Ashoka University on October 7, 2026. Its authors are VijayRaghavan, former Principal Scientific Adviser to the Government of India and chair of Ashoka University’s Science Advisory Council, and Archish Mittal, Vice-President of Iron Pillar. The article identifies four areas for change; it presents them as a connected agenda, not as a ranked or proven policy recipe. Ashoka University’s listing and the syndicated article text provide the framing and attribution.
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Education: develop people able to do ambitious science
Transformative research depends on researchers with deep foundations, room to pursue difficult questions and the skills to work across disciplines. Education is therefore part of research capacity, not a separate pipeline issue: institutions need to prepare people to investigate, build and carry ideas toward application.
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National laboratories: make institutions work for discovery and translation
National laboratories are part of the infrastructure through which research is pursued and developed. Their contribution depends not only on facilities, but on whether researchers can use them effectively and whether the institutional environment supports movement from scientific work toward useful technologies.
Regulatory flexibility: let sound research proceed without needless friction
Rules shape the pace and practical possibilities of research. Flexibility can help researchers test ideas and collaborate, while responsible oversight remains important. The aim is not to remove safeguards, but to ensure that processes fit the work and do not impose avoidable obstacles on science or its translation.
Systemic reform: align incentives across the research pathway
Research-to-impact is a system-level task. Funding, institutional priorities, collaboration and routes to commercialization influence whether discoveries can progress beyond the lab. Reform must connect these incentives rather than assume that any single institution, rule change or funding decision can deliver global impact on its own.
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How the framework connects to India’s quantum ambitions
NITI Aayog’s roadmap, Transforming India into a leading Quantum-Powered Economy, offers a concrete policy example in one field. It sets out a 2035 vision and identifies stronger fundamental science, research funding, easier processes for doing science, faster movement from lab to market and greater industry participation as priorities for quantum technology. These are roadmap priorities and aspirations—not evidence that the outcomes have already been achieved. Read NITI Aayog’s quantum technology roadmap.
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The example makes the broader argument tangible: international impact depends on more than scientific output. It also requires conditions that let research advance, institutions and industry engage, and promising work find a route toward use. The roadmap applies this logic to quantum technology; it does not establish that its targets have been met or prove that the same policy approach guarantees success in every field.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What global impact would require
India’s potential to shape global technology rests on building a research system in which education, laboratories, regulation and incentives reinforce one another. The objective is not publication volume for its own sake, nor commercialization at the expense of basic science. It is a system capable of producing excellent research and carrying some of its discoveries into transformative technologies with consequences beyond national borders.
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