India's science problem is not talent, but priorities, Pg8

Key Highlights:

• India's Gross Expenditure on Research and Development (GERD) is significantly lower than leading global economies, hovering between 0.64% and 0.84% of GDP.
• The private sector's contribution to R&D in India is approximately 40%, which is considerably less than the 75% seen in countries like the US and China.
• India's R&D ecosystem currently prioritizes applied research and technology development, often neglecting fundamental basic science.
• Key recommendations include establishing a protected funding window for basic science and differentiating funding portfolios for discovery, translation, and deployment.
• There is a critical need for long-duration funding, reduced administrative micromanagement, and accessible national shared research infrastructure.
• Evaluation metrics for scientists must shift from mere publication counts to rewarding originality, new knowledge, and impactful contributions.

Detailed Insights:

• India's R&D spending is around 0.64-0.84% of its GDP, while countries like South Korea, the US, Japan, and Germany invest over 3%.
• The disproportionate focus on immediate technological outputs overlooks the foundational role of basic science in fostering long-term innovation.
• A dedicated funding mechanism for investigator-driven, curiosity-led basic research is crucial, without mandating immediate patents or products.
• Research funding should be clearly segmented into discovery, translation, and deployment phases, each with tailored timelines and success indicators.
• Implementing long-term funding cycles, coupled with rigorous scientific review and reduced administrative burdens, would empower researchers.
• Developing a national shared research infrastructure, encompassing advanced genomics, proteomics, AI, and computational platforms, would enhance accessibility across institutions.
• Scientific assessment should prioritize originality, reproducibility, the importance of questions addressed, new knowledge generation, and influence on policy.
• China's success in areas like solar PV modules and electric vehicles highlights the importance of integrating discovery with engineering, manufacturing, and market strategies.
• NITI Aayog has recommended increasing India's R&D investment to 2% of GDP within five years and providing fiscal incentives to boost private sector R&D.
• The Anusandhan National Research Foundation (ANRF) has been established to provide strategic direction and mobilize funds for research, innovation, and entrepreneurship.

Key Concepts Involved:

• Basic Science (Discovery Research): Fundamental research driven by curiosity to expand knowledge, without immediate commercial application.
• Translational Research: Applying basic scientific discoveries to develop practical applications, often leading to new therapies or technologies.
• Deployment Research: Focuses on implementing and scaling up developed technologies or solutions for widespread use.
• Gross Expenditure on R&D (GERD): The total spending on research and development within a country, encompassing government, business, and higher education sectors.