Context

• India’s scientific research faces persistent funding constraints, often prompting calls to tax profitable non-essential industries such as cinema, tourism, apparel and professional sport.
• Though seemingly attractive, this approach rests on the mistaken assumption that economic wealth is a fixed resource.
• A stronger solution lies in improving the efficiency of existing public expenditure, removing bureaucratic barriers and encouraging private and international investment in science.

A Flawed Proposition

• Taxing industries such as the IPL assumes that their profits come at the expense of scientific funding. This ignores the economic cascade effects of commercial activity.
• Organised sport generates employment in broadcasting, merchandise, food services, physiotherapy, rehabilitation and sports science.
• Cinema, tourism and manufacturing similarly create extensive economic networks.
• Science and commercial industries are also interdependent. Films require computing, optics and engineering; textiles depend on chemistry and materials science; sport increasingly uses biomechanics, medicine and nutrition.
• Thus, economic progress is not a zero-sum game in which the growth of one sector necessarily harms another.

The Problem of State Allocation

• Even if additional taxes generated revenue, efficient allocation would remain difficult.
• Government expenditure involves competing public priorities, including science, healthcare, education, infrastructure and public safety.
• The problem becomes more complex within science itself. Decisions must be made about disciplines, institutions, infrastructure and research priorities.
• Determining productivity and distributing funds can create bureaucratic discretion, institutional rivalry and conflicts of interest.
• Government subsidies also inevitably carry conditions, reducing the autonomy researchers expect from public funding.

What Is Allowed Instead of What Is Needed?

• India’s research system frequently divides funds into rigid categories such as equipment, electronics, consumables and travel.
• Such classifications can prevent laboratories from spending money where it is actually needed.
• This creates a damaging incentive: researchers may purchase what is permitted rather than what is scientifically necessary, particularly before the end of a financial year.
• Fear of losing unspent funds can further encourage wasteful expenditure.
• Consequently, scientists spend valuable time navigating procurement procedures instead of conducting research.
• Such bureaucratic distortions resemble the inefficiencies associated with the former Licence Raj.

Necessary Steps Towards Meaningful Reforms

• Structural Reforms Are More Important Than New Taxes
  • The priority should be to improve the use of existing resources.
  • Greater flexibility in research funding would allow scientists to respond to changing experimental requirements without excessive administrative intervention.
  • Recruitment procedures also require reform.
  • Outdated regulatory structures can make Indian institutions less attractive to talented researchers and contribute to the loss of scientific talent overseas.
  • Reducing GST and import duties on scientific equipment would further lower the cost of research.
  • Many specialised instruments cannot be procured domestically at the required quality or scale, making affordable global access essential for competitive research.
• Encouraging Private and Foreign Investment
  • India should develop a diversified science-funding ecosystem involving government, industry, philanthropy, universities and international institutions.
  • Excessive CSR compliance requirements can encourage companies to support short-term, low-risk projects rather than ambitious research.
  • Similarly, complicated procedures for foreign contributions discourage laboratories from accessing international resources.
  • Private endowments can provide greater accountability because donors and institutions have a direct interest in research outcomes.
• Rethinking Import Substitution and Procurement
  • Domestic manufacturing should be encouraged without compromising scientific quality.
  • Import substitution can become counterproductive when protection from global competition reduces incentives to develop world-class products.
  • Rigid procurement systems can similarly force researchers to choose cheaper but inferior equipment.
  • Scientific research requires precision, reliability and technological quality, not merely the lowest nominal price.
  • Procurement rules should therefore encourage competition, innovation and performance.

The Way Forward

• India needs to remove institutional bottlenecks rather than impose punitive taxation.
• Flexible grants, competitive procurement, lower taxes on scientific equipment, easier access to foreign funding and greater private participation can strengthen the research ecosystem.
• Successful industries should not be treated merely as convenient sources of additional revenue.
• They create employment, investment, innovation and tax revenues while contributing to wider economic growth. 

Conclusion

• India’s scientific challenge is not simply a shortage of money but an institutional and structural problem.
• Taxing sport, entertainment or other successful industries does little to resolve inefficient procurement, rigid funding categories or barriers to private investment.
• A stronger strategy requires greater institutional autonomy, efficient public spending, lower research costs and diversified funding.
• Economic growth and scientific advancement should be viewed as complementary rather than competing objectives.
• India can become a global scientific leader by removing the barriers that prevent existing capital, talent and knowledge from being used effectively.