Science’s contract with society needs citizens as partners

1. At a Glance

• Social contract of science: the idea that science produces knowledge that improves human life, and society pays for it through public funds, infrastructure and institutional support [1].
• The article argues this contract is under strain. Governments want measurable returns on research spending, and public trust in institutions is falling [1].
• Its main point is that science should be done with society, not merely for it. Citizens should be partners in setting research priorities and in deciding how knowledge is used, not just beneficiaries or taxpayers [1].
• UPSC relevance: S&T policy (GS-III), open science and citizen science, Scientific Social Responsibility (SSR), ANRF and research funding, and ethics of governance (GS-IV).

2. Why in the News

• Op-ed by Biju Dharmapalan, The Hindu, 13 October 2026, Page 20, Chennai print edition (supplement) [1].
• It argues that governments, as patrons, may set broad priorities but should not use science policy to politically micromanage research. Scientists, in turn, must build support by involving citizens in research priorities and outcomes [1].
• Wider context: debate over the future of US federal science policy (a Nature, 2026 piece critiques a White House plan for US science) [3].

3. Background & Evolution

• 1945: Vannevar Bush's Science, the Endless Frontier was written at Roosevelt's request and delivered to President Truman in July 1945. It was a blueprint for government support of university research [2][3].
• Model: public funding for basic research; industry turns the discoveries into products [3].

• Framing: science serves society, and society funds science, especially basic research. This is the origin of the "social contract" idea [3].

• 1950: the report led to the creation of the US National Science Foundation (NSF) and laid the basis for modern science policy [3].

• Sept 2019: India's DST released the Draft Scientific Social Responsibility (SSR) Policy for public consultation [4][5].
• 2020: the DST Secretary said SSR would create a new interface between science and society [6].
• 23 Nov 2021: the UNESCO General Conference adopted the Recommendation on Open Science. 193 countries adopted it unanimously [7][8].
• Aug 2023: Parliament passed the Anusandhan National Research Foundation (ANRF) law, aimed at equitable funding and democratisation of research resources [9].
• 5 Feb 2024: the provisions of the ANRF Act came into force [10].

4. Core Static Facts

Item	Fact
Social contract (classic)	Science supplies knowledge and innovation; society supplies funds, infrastructure and institutions [1][3]
Bush Report	Science, the Endless Frontier, July 1945, delivered to Truman [2][3]
Institutional outcome	US NSF, created 1950 [3]
UNESCO Recommendation on Open Science	Adopted 23 Nov 2021 by the General Conference; 193 countries, unanimous [7][8]
Open Science and citizens	The preamble recognises citizen and participatory science as bringing new social actors into research, linked to democratising knowledge and countering misinformation [7][11]
Open Science pillar	"Open engagement of societal actors" [11]
SSR (India)	Draft by DST (Ministry of Science & Technology), Sept 2019 [4]
SSR key norm	At least 10 person-days per scientist per year of SSR activity [4][5]
SSR mechanisms	A national digital portal to capture societal needs and report SSR; a dedicated implementing body under DST [4]
SSR ethical basis	"Giving back" to society [4]
ANRF	Act in force 5 Feb 2024; aims to seed and grow R&D in universities, colleges and research institutions [10]
ANRF interim CEO	Prof. Abhay Karandikar, Secretary, DST [10]

5. Multi-Dimensional Analysis

Governance / Ethical

• Patron vs. micromanager: the state may set broad priorities but should not politically steer research [1].
• Legitimacy: people are more likely to support a process when they feel their voices have been heard [1].
• SSR treats public engagement as an ethical duty of "giving back" [4].

Scientific / Technological

• Curiosity-driven research often produces unexpected discoveries that later transform society. Demanding short-term returns puts this at risk [1].
• Open Science promotes collaborative, inclusive research through citizen and participatory science [7].

Economic

• Governments increasingly demand measurable returns from public research spending [1].
• The Bush model divides the work: the state funds basic research and the market commercialises it [3].
• ANRF focuses on equitable funding beyond elite institutions [9].

Social

• Falling public trust in institutions weakens support for science funding [1].
• Open Science links public participation to countering misinformation [7].
• ANRF stresses democratising research resources [9].

Administrative

• The SSR draft proposes a portal and a DST-coordinated body to run SSR [4].
• Final adoption of the SSR policy could not be confirmed. DST lists "SSR Guidelines", and an official said the policy would come "in the next few months" [5][12].

6. Recent Developments (last 12-18 months)

• 13 Oct 2026: The Hindu op-ed calls for citizens as partners in science's social contract [1].
• 2026: Nature commentary on gaps in the White House plan for the future of US science, part of a global debate on state control of research agendas [3].
• ANRF has been in operation since Feb 2024, which keeps research-funding governance in focus [10].

7. Prelims Hooks

• Science, the Endless Frontier was written by Vannevar Bush and delivered to President Truman in July 1945 [2][3].
• The Bush Report led to the US National Science Foundation (1950) [3].
• The UNESCO Recommendation on Open Science was adopted on 23 November 2021 [7].
• It was adopted unanimously by 193 countries [8].
• The Open Science Recommendation explicitly recognises citizen and participatory science [7].
• "Open engagement of societal actors" is a pillar of Open Science [11].
• The Draft SSR Policy was released by the Department of Science & Technology in September 2019 [4].
• The draft SSR norm is at least 10 person-days per year per scientist or knowledge worker [4].
• The SSR draft proposes a national digital portal for societal needs and SSR reporting [4].
• The ANRF Act came into force on 5 February 2024 [10].
• The first (interim) ANRF CEO was Prof. Abhay Karandikar, Secretary, DST [10].
• ANRF aims at equitable funding and democratisation of research resources [9].

8. In India, 'Society' Mostly Means the Government

• The contract in India is mostly between the state and scientists
• India spends only 0.64% of GDP on research. This is called GERD (gross expenditure on research and development, meaning all the money spent on research in the country). The share has been falling since 2009-10 [13].
• The government pays about 64% of this. Private companies pay only about 36% [13].

• In countries that spend 2% of GDP or more on research, private companies pay more than half [14].

• Why this matters for the article's argument

• When the government is almost the only payer, it is also the only one that can ask for 'returns'. Little private money is there to balance it.

• So the risk the article warns about, the state turning from patron (a supporter who funds without controlling) into a micromanager, is higher in India than in the US model it borrows from [1][3].

• Private research money is not growing

• Private spending on research has stayed at about 0.25% of GDP [13].
• NITI Aayog (2018) called low private research spending one of the main problems in India's innovation system [13].

9. The Patron Does Not Spend What It Promises

• ANRF's money was cut sharply in its first year
• In 2023-24 the budget gave Rs 2,000 crore for the research foundation (NRF, now ANRF). At the revised estimate (the mid-year correction of the budget) this fell to Rs 259 crore [13].

• For 2024-25, Rs 2,000 crore was given again [13].

• Most of ANRF's planned money is supposed to come from outside the government

• The plan is Rs 50,000 crore over five years. About Rs 36,000 crore of this is expected from private sources [13].
• PRS notes the plan does not explain how this private money will be raised [13].

• Private research spending has been stuck at 0.25% of GDP, so this is a big assumption [13].

• Departments regularly spend less than their budgets

• From 2018 to 2024, DST spent on average 18% less than its budget estimate. DBT also underspent by 18% [13].

• What this means for the 'social contract'

• The article says governments want 'measurable returns' from science [1]. But the state is itself not putting in the money it promised.
• A contract needs both sides to deliver. Asking scientists for results while cutting funds mid-year weakens the state's claim.

10. The Case Against Letting Citizens Set Research Priorities

• The strongest objection
• Citizens naturally choose visible, near-term problems: a cheaper medicine, cleaner water, a better seed.
• But the article itself says that curiosity-driven research (research done only to understand something, with no product in mind) gives the biggest long-term breakthroughs [1].
• So public priority-setting could push money away from basic research, the same harm the article blames on governments that demand quick returns.

• The OECD also warns of consultation fatigue. When many ministries keep asking people for input, people stop taking part [17].

• What is right about the objection

• The article holds two goals that can clash: protecting curiosity research and giving citizens a voice in priorities. It does not explain how to balance them [1].

• Most citizens cannot judge which physics or chemistry proposal is stronger. That job needs peer review (experts judging other experts' work).

• The answer: separate the levels

• Citizens can help choose the broad areas, such as which health or climate problems matter most. Experts still pick the individual projects.
• The OECD studied 7 projects where citizens helped design research agendas. They worked at very different scales and in very different ways, so a working model can be built [15].
• A fixed share of money can be kept for basic research and left out of public priority-setting. Then participation adds legitimacy (public acceptance) without starving curiosity research.

11. Why SSR Alone Cannot Make Citizens Partners

• SSR mostly runs one way, from scientist to citizen
• The draft treats SSR as 'giving back': at least 10 person-days a year of outreach by each scientist [4].
• Its portal collects society's needs [4]. But nothing in the draft gives citizens a role in deciding who gets research money.

• The article asks for more than this: citizens as partners in setting priorities [1]. Outreach is not partnership.

• The policy has stayed a draft for seven years

• It was released in September 2019 [4]. Its final adoption still could not be confirmed [5][12].

• Without a final policy there is no binding duty, and no body to check that it is done.

• Too few researchers to carry an extra duty

• India had about 260 researchers per million people. The US had 4,452 and China 1,602 [13].
• The Parliamentary Standing Committee on S&T (Report No. 343, 2021) noted that Indian universities are mainly teaching centres with little research role [13].
• So a fixed outreach duty falls on a small, already overloaded group. It can easily become a box-ticking exercise.

12. Who Should Do What Next

• ANRF should build citizen input into how it chooses research areas
• The OECD's 2025 report on citizen science gives ten recommendations. They are written mainly for ministries and funding agencies [16].
• ANRF is India's main funding agency, so it is the right body to act [10].

• It could hold public consultations on its mission areas, while experts keep reviewing individual projects.

• DST should finalise SSR and make it two-way

• Needs gathered on the SSR portal [4] should feed into ANRF and DST calls for research proposals. Otherwise the portal only collects complaints that nobody acts on.

• The Centre should fund what it budgets

• Cutting the foundation from Rs 2,000 crore to Rs 259 crore in one year [13] tells scientists and citizens that the contract can be broken at will.

• The long-standing national target of 2% of GDP for research [13] needs a yearly plan, with a clear mechanism to bring in private money.

• Use the global standard India has already signed

• India is among the 193 countries that adopted the UNESCO Recommendation on Open Science [8]. Its pillar of 'open engagement of societal actors' [11] can serve as the yardstick for ANRF and SSR.

13. Anchors for Answers

• Data: India's GERD was 0.64% of GDP in 2020-21. The government pays about 64% of it, private companies about 36%. Private research spending is stuck at about 0.25% of GDP [13]
• Data: India had about 260 researchers per million people. The US had 4,452 and China 1,602 [13]
• Data: The foundation's allocation was cut from Rs 2,000 crore (BE) to Rs 259 crore (RE) in 2023-24. DST underspent its budget by 18% on average in 2018-24 [13]
• Report/Committee: Parliamentary Standing Committee on S&T, Report No. 343 (2021): universities are mainly teaching centres [13]. NITI Aayog (2018): low private research spending is a major challenge [13]. OECD, Embedding Citizen Science into Research Policy (2025) [16]
• Law/Case: Anusandhan National Research Foundation Act, 2023 (in force 5 Feb 2024) [9][10]
• Comparison: In countries spending 2% or more of GDP on research, private companies pay more than half [14]. The OECD studied 7 projects where citizens helped design research agendas [15]
• Scheme: Draft Scientific Social Responsibility Policy, 2019 (10 person-days a year): this is outreach, not citizen partnership in priorities [4]

14. Mains Relevance

• GS-III: Science & Technology: developments and their applications and effects in everyday life; indigenisation of technology.
• GS-II: Government policies and interventions; transparency and accountability.
• GS-IV: Ethics in public institutions; public trust; the "giving back" duty of professionals.
• Essay: science, democracy and society.
• Question stems: 1. "Science can no longer remain an activity conducted for society but without society." Discuss this in the context of India's research governance. (15 marks) 2. Examine whether Scientific Social Responsibility can rebuild public trust in science. What are the limits of mandating it? (10 marks) 3. "Governments as patrons of science must set priorities without micromanaging research." Critically analyse this with reference to the Anusandhan National Research Foundation. (15 marks)

15. Related Topics to Study Next

• ANRF Act, 2023: the new funding architecture behind the "patron" role of the state.
• SSR Policy / Guidelines (DST): India's tool for institutionalising science–society engagement.
• UNESCO Recommendation on Open Science: global standard for citizen participation and open access.
• Citizen science projects (biodiversity counts, air-quality monitoring): examples of the participatory model in practice.
• Scientific temper (Fundamental Duties): the constitutional value behind public engagement (verify the Article number from the Constitution text).
• One Nation One Subscription / open access: public access to publicly funded research.
• Science communication and misinformation: linked to falling institutional trust.

16. NCERT Concepts to Revise

• Social contract theory (Polity): The article's central idea, science's 'social contract' with society, borrows from this political theory of mutual obligation.
• Scientific temper (Polity): Constitutional duty to develop inquiry and reform; it underlies public engagement with science and trust in it.
• Misinformation (Polity): The note links open science and citizen participation to countering misinformation and falling public trust.
• Corporate social responsibility (Economy): SSR is often confused with CSR; revising CSR helps you tell the two apart.
• Accountability (Polity): Government and scientists answering to citizens for how public research money is used is the article's core concern.
• Governance (Polity): Patron-state role, priority setting and avoiding political micromanagement of research are questions of research governance.

17. Common Errors / Trap Areas

• SSR is not CSR: SSR is a DST science policy (a draft from 2019). It is not the Companies Act CSR mandate [4].
• The SSR norm is 10 person-days a year, not 10 hours or 10 per cent. It was a draft, and its final adoption is unconfirmed [4][12].
• UNESCO Open Science was adopted in 2021, not 2019 (2019 is the year of India's SSR draft) [4][7].
• Bush Report vs. NSF: report in 1945, NSF created in 1950 [3].
• ANRF: passed by Parliament in 2023, but its provisions came into force on 5 Feb 2024 [9][10].