Taxing ‘frivolous’ industries will not fund India’s science

GS-III: Science & Technology | Research & Development | Innovation | Economy

Context

• Science funding: Lack of funding for Indian science often leads to demands to tax “unintellectual” industries such as cinema, tourism, apparel and perfumes.
• IPL taxation: An academic suggested taxing the IPL to generate ₹15 billion for scientific pursuits.
• Core argument: The “tax-this-to-fund-that” approach overlooks the wider economic contribution of supposedly “frivolous” industries.

A Flawed Proposition

• Economic cascade: Organised sport generates employment across merchandise, food and beverages, broadcasting, physiotherapy and rehabilitation.
• Scientific linkages: Sports science contributes to the broader scientific ecosystem.
• Non-zero-sum economy: Wealth is not a fixed pie; progress in one sector does not necessarily come at the expense of another.
• Scientific contribution: Science itself contributes to films, textiles and other industries.
• Empirical evidence: High expenditure on sport does not necessarily imply poor scientific output, and vice versa.

Limits of State Allocation

• Information problem: Millions of dispersed individual decisions contain more information than centralised academic or bureaucratic intelligence.
• Allocation dilemma: If additional money is directed towards science, questions arise over its distribution among institutes and laboratories.
• Productivity: Funding based on productivity raises questions about how productivity should be measured and by whom.
• Competing demands: Scientists, surgeons and policemen can all make legitimate claims for greater public expenditure.
• Political influence: Politicians may base spending decisions on the electoral strength of different groups.
• Academic factions: Different scientific disciplines may compete for disproportionately higher funding.

What Is ‘Allowed’ Instead of ‘Needed’

• Rigid categorisation: Government science funding is divided into categories such as electronics, chemical reagents, consumables, travel grants and equipment.
• Mismatch: Laboratories may be unable to purchase what they actually need because funds are rigidly earmarked.
• Wastage: Scientists may purchase what is “allowed” rather than what is “needed”.
• Use-it-or-lose-it: Failure to spend allocated money in a financial year may result in reduced funding in the following year.
• Procurement burden: Scientists spend valuable time navigating cumbersome procurement rules.
• Licence Raj analogy: Researchers are forced to learn ways to circumvent restrictions rather than focusing entirely on research.

Steps to Take

• Remove restrictions: Greater flexibility in expenditure would free considerable resources for their intended use.
• Recruitment reform: The archaic University Grants Commission Act, 1956, contributes to difficulties in retaining scientific talent.
• Reduce research costs: Removing GST and steep import duties on scientific equipment can expand available resources.
• Private investment: India should reduce restrictions on private investment in science.
• CSR reform: Strict CSR compliance requirements can incentivise short-term, low-risk research.
• Foreign funding: Tedious FCRA procedures make it difficult for laboratories to attract foreign funding.
• Private endowments: Private endowments can have a greater stake in the success of research than anonymous bureaucratic funding.
• Import substitution: Protecting domestic industries from global competition does not necessarily ensure world-class scientific equipment.
• GeM: Mandatory adoption of the Government e-Marketplace can delay procurement and restrict access to suitable international equipment.

Core Argument

• Beyond taxation: Scientific progress should not depend on taxing profitable industries such as sports and entertainment.
• Liberalise bottlenecks: India needs to reduce restrictions through which money and capital flow into academia.
• Diversify funding: Greater private and foreign participation can reduce dependence on government funding.
• Research autonomy: Scientists need greater flexibility to spend resources according to actual research requirements.
• Final principle: India should reduce bureaucratic bottlenecks rather than tax the few geese that lay the golden eggs.

Conclusion

India’s scientific challenge is not merely the availability of money but also the rigid rules governing its allocation and expenditure. Liberalising research funding, reducing procurement barriers, encouraging private investment and lowering the cost of scientific equipment can improve the efficiency of available resources.

UPSC Mains Practice Question

Q. “India’s scientific progress requires not merely greater funding but greater flexibility and autonomy in the use of research resources.” Discuss.