The Lift Line

“Yet venture capital and startups, while essential, cannot substitute for foundational research and development (R&D).” (Vinod Dham and Namrata Jain, Mint)

Why This Editorial Matters for Your Exam

This signed column in Mint of 20 October 2026 (published online on 19 October), “India must match its innovation aims with bold public financing”, is by Vinod Dham and Namrata Jain. Mint describes them as, respectively, a venture capital investor known as the “Father of the Pentium chip”, and the CEO of Exception Raised. It is their argument, not the paper’s.

Their case, in one line: India’s startup boom cannot stand in for foundational research, so the state must fund R&D boldly, as they say Taiwan and the United States did, and pair the money with three shifts: ecosystems, speed and risk-taking.

The topic has run this month, so read this with our earlier pieces: Indian Research Can Shape the World (The Hindu); India’s Science Problem (The Indian Express), which covers GERD, the private share and basic-science funding; and our deep dive on the RDI Fund’s first cohort of fund managers. For the chip mission, see India Needs the Right Chips (The Indian Express). This column adds angles those pieces did not: Taiwan’s state-led chip model, the public money behind US breakthroughs, the India-China spending gap, the weak link between universities and industry, the speed of patents and grants, and the appetite for risk.

GS Paper 3: Science and technology, developments and their applications; indigenisation of technology and developing new technology; Indian economy and mobilisation of resources. GS Paper 2: Government policies and interventions; statutory bodies such as the ANRF. Essay: innovation, research and national development.

In the news: Vinod Dham and Namrata Jain argue that India’s innovation aims need far larger public funding for research, delivered faster, with closer university-industry links and a bigger appetite for risk.

Background and Context

Key terms first

Term What it means Why UPSC tests it
GERD Gross expenditure on research and development: R&D spending by all sectors (government, higher education, business and private non-profit bodies) The base number for every R&D comparison
GERD intensity GERD as a share of GDP India: 0.84 per cent in 2023-24
Who performs, who pays R&D can be counted by the sector that does it or by the sector that funds it, and the two shares differ Explains why reported “private shares” of Indian R&D vary
Fundamental and frontier research Research for new knowledge and for technologies not yet built, well before any product The stage the authors want public money to carry
PPP dollars Purchasing power parity: spending converted at what money buys in each country, not at market exchange rates WIPO’s India-China comparison is in constant 2015 PPP dollars
Global Innovation Index (GII) WIPO’s annual ranking of economies on innovation; 139 economies in 2025 India ranked 38th overall in 2025
Innovation overperformer An economy whose innovation output runs ahead of what its income level would predict India, for a 15th consecutive year since 2011

What the authors claim, and what the record shows

The authors write What the record shows
In the 1970s Taiwan chose to invest in semiconductors, and “the government stepped in as both investor and enabler” This is the authors’ account. Their figures for Taiwan today (“nearly 90% of the world’s most advanced chips” and “about $300 billion in revenue this year”) are theirs: quote them with attribution, not as official data.
India’s R&D spending was $76 billion against China’s $786 billion in 2024 The figures match WIPO’s estimates in constant 2015 PPP dollars: China USD 785.9 billion, the United States USD 781.8 billion, and India an estimated USD 76 billion, about 10 per cent of China’s spending. They are not market-rate dollars.
India “ranks 91st among 139 economies in collaboration between universities and industry” GII 2025 (WIPO), indicator 5.2.2, university-industry R&D collaboration: score 28.2, rank 91. The indicator is built from a survey question. India ranks 38th overall.
A patent decision “averages 37 months, more than twice as long as in China” The authors’ figure; they give no source or year. A 2023 paper of the Economic Advisory Council to the Prime Minister (EAC-PM) put the time to dispose of a patent application at about 58 months in India, against 20 in China and 21 in the US.
Private R&D “has grown to account for roughly half of total spending” The share depends on the definition. WIPO’s GII 2025 profile of India puts GERD financed by business at 40.6 per cent, on 2020 data.
India is “the world’s third-largest startup ecosystem, with more than $160 billion raised” “Third-largest” is the Government’s own description (PIB, January 2025, with 1,59,157 recognised startups as of 15 January 2025). The $160 billion is the authors’ figure.
Google’s PageRank “was born of a modest government grant” The US National Science Foundation (NSF) led the Digital Library Initiative (DLI), which made its first six awards in 1994. NSF records that Larry Page was one of the graduate students funded under the NSF-supported DLI project at Stanford. “Modest” is the authors’ word.
The IndiaAI Mission’s five-year budget is less than what OpenAI spends on research in a single month The IndiaAI Mission was approved in March 2024 with an outlay of Rs 10,371.92 crore over five years. The OpenAI comparison is the authors’ own.
For more than a decade, India’s innovation output has beaten expectations for its income level GII 2025: India has been an innovation overperformer for a 15th consecutive year since 2011.

What the Government has done

The authors credit India with “important groundwork”: national missions in AI, semiconductors and quantum technologies, and the Anusandhan National Research Foundation, alongside the Department of Science and Technology (DST), the Ministry of Electronics and Information Technology (MeitY) and the Defence Research and Development Organisation (DRDO).

Programme Approved or in force Money
IndiaAI Mission Cabinet approval, 7 March 2024 Rs 10,371.92 crore over five years
India Semiconductor Mission (ISM) Programme approved by the Cabinet, 15 December 2021 Rs 76,000 crore for the semiconductor and display manufacturing ecosystem; a second phase, ISM 2.0, is under discussion
National Quantum Mission (NQM) Cabinet approval, 19 April 2023 Rs 6,003.65 crore, 2023-24 to 2030-31
Anusandhan National Research Foundation (ANRF) Act No. 25 of 2023, assent 12 August 2023; in force from 5 February 2024 Rs 50,000 crore during 2023-28, of which Rs 14,000 crore is to come from the Central Government
Research, Development and Innovation (RDI) Scheme Cabinet approval, 1 July 2025; launched 3 November 2025 Rs 1 lakh crore corpus, in two tiers, with a Special Purpose Fund inside the ANRF; the first cohort carries a total RDIF commitment of Rs 7,131 crore

The Analysis

1. The state as the first investor

The column’s core claim is about who takes the first risk. In the authors’ words, “Government funding enabled high-risk exploration that private industry later scaled into global businesses.” Their two examples are Taiwan, where, they write, private industry hesitated and the state invested in chips in the 1970s, and the United States, where they trace semiconductors, the internet, mRNA vaccines and lithium ion batteries to strategic public investment. One case is on official record, Google’s: NSF’s Digital Library Initiative, which made its first awards in 1994, funded Larry Page as a graduate student at Stanford. The lesson for India is that a research budget is not charity to scientists; it is the risk capital that markets will not supply until an idea leaves the laboratory.

2. Startups are not a substitute

India’s startup count is large: the Government calls it the world’s third-largest startup ecosystem. The authors’ point is that this measures entrepreneurship, not research depth. Startups “typically build on breakthroughs that are often seeded by public funding”, so a country can have many startups and still import its core technologies.

3. The scale of the gap

The authors call India’s R&D spending “an order of magnitude lower than China’s”. WIPO’s estimates bear this out: about USD 76 billion for India against USD 785.9 billion for China, in constant 2015 PPP dollars, with the United States close behind China at USD 781.8 billion. As a share of GDP, India’s GERD was 0.84 per cent in 2023-24, while World Bank data for 2023 give China 2.58 per cent, the US 3.45 per cent and South Korea 4.94 per cent. The authors’ sharpest comparison, that the IndiaAI Mission’s five-year budget is less than one month of a leading AI company’s research spending, is their own estimate, but it makes the point that India’s missions are small next to the frontier players.

4. Ecosystems: the university-industry link

The authors praise the US “‘triangle of innovation’ linking government, academia and industry”. India ranks 91st of 139 on university-industry R&D collaboration in the GII 2025, far below its 38th place overall, so the weakness is in the links, not in the overall output. Because the indicator is built from a survey question, it reflects how the link is perceived; but a gap of more than 50 places between the two ranks is hard to ignore. The authors’ rule: when ideas move from the laboratory to real-world use, “private capital is more likely to follow”.

5. Speed: patents and grants

The authors say a decision on a patent application takes 37 months on average, more than twice as long as in China, and that grants “can take more than three to six months to reach researchers after approval”. An EAC-PM paper of 2023 put it longer still: about 58 months to dispose of a patent application, against 20 in China. Either way, delay is a hidden tax on research. In the authors’ words, “reducing these delays will yield immediate and measurable gains.”

6. A culture of risk-taking

The third shift is cultural. “India must shift from execution-driven labour to curiosity-led discovery”, the authors write, and “funders must develop a greater tolerance for uncertainty”. Private participation in R&D has grown, but in their view “Indian industry has traditionally excelled at optimization rather than high-risk, long-term bets”. The GII 2025 profile puts GERD financed by business at 40.6 per cent, on 2020 data.

7. What the column leaves out

  • No number. The authors ask for “significantly higher and more sustained funding” but give no target share of GDP and no source for the extra money.
  • Selection of examples. Taiwan and US success stories are picked after the fact; a case for spending needs evidence on what public R&D returns across many programmes.
  • Absorption. Large sums are already committed through the ANRF, the RDI Scheme and the missions. How quickly that money reaches researchers may matter as much as adding more.
  • Accountability. Tolerance for failure has to sit alongside audit and review, or high-risk funding loses public support.

Data and Institutions Vault

Prelims-grade facts:

Spending:

  • India’s GERD: 0.84 per cent of GDP in 2023-24, up from 0.64 per cent in 2020-21 (DST, R&D Statistics 2025-26)
  • GERD as a share of GDP, 2023 (World Bank): US 3.45, Germany 3.15, Japan 3.44, South Korea 4.94, China 2.58 per cent
  • WIPO estimates, constant 2015 PPP dollars: China USD 785.9 billion, US USD 781.8 billion
  • WIPO estimate for India: about USD 76 billion, about 10 per cent of China’s spending
  • GERD financed by business, India: 40.6 per cent (GII 2025 profile, indicator 5.1.5; data year 2020)

Global Innovation Index 2025 (WIPO, 139 economies):

  • India 38th overall
  • University-industry R&D collaboration (indicator 5.2.2): India 91st, score 28.2; a survey-based indicator
  • India and Viet Nam: innovation overperformers for a 15th consecutive year since 2011

Missions and bodies:

  • IndiaAI Mission: approved 7 March 2024; Rs 10,371.92 crore over five years
  • India Semiconductor Mission: programme approved 15 December 2021; Rs 76,000 crore
  • National Quantum Mission: approved 19 April 2023; Rs 6,003.65 crore, 2023-24 to 2030-31
  • ANRF Act, 2023: Act No. 25 of 2023; assent 12 August 2023; in force from 5 February 2024
  • ANRF: the Prime Minister is ex officio President of its Governing Board
  • ANRF funding: Rs 50,000 crore during 2023-28, of which Rs 14,000 crore from the Central Government
  • RDI Scheme: approved 1 July 2025; Rs 1 lakh crore corpus; launched 3 November 2025

Patents, startups and the PageRank story:

  • EAC-PM (2023): about 58 months to dispose of a patent application in India; 20 in China; 21 in the US
  • Startups: 1,59,157 recognised as of 15 January 2025; the Government calls India the world’s third-largest startup ecosystem
  • NSF’s Digital Library Initiative made its first six awards in 1994; it funded Larry Page as a graduate student at Stanford

⚠️ Watch the trap: USD 76 billion against USD 785.9 billion are WIPO estimates in constant 2015 PPP dollars, not market-rate dollars and not DST data. 91st is India’s rank on one GII indicator, university-industry R&D collaboration; its overall GII 2025 rank is 38th. The Rs 1 lakh crore RDI figure is a corpus, not money spent, and only Rs 14,000 crore of the ANRF’s Rs 50,000 crore is to come from the Central Government. Private shares of R&D differ by definition: who performs it, or who pays for it.

The Debate

The authors’ case The other view
Public money must seed the high-risk research that private industry avoids Success stories are chosen after the fact; public R&D needs evidence of returns across many programmes, not one country’s story
Startups and venture capital cannot substitute for foundational R&D Private capital is the channel that takes research to market, and the RDI Scheme is built to spur private sector investment through fund managers
Build ecosystems: link universities and industry The 91st rank comes from a survey question; better links need incentives on both sides, not money alone
Speed: cut patent and grant delays Faster patent decisions must not lower the quality of examination
Funders need a greater tolerance for uncertainty Public money still needs audit; tolerance for failure has to come with clear review
India stands at “the threshold of becoming a global leader” GERD at 0.84 per cent of GDP (2023-24) is far below China and the US, and committed money is slow to flow

Balanced verdict: The numbers support the authors on scale: by WIPO’s estimate India spends about a tenth of what China does on R&D, and its GERD intensity is a fraction of its peers’. Their stronger contribution is the point that money alone will not do it. The ANRF, the RDI Scheme and the missions already commit large sums; the test now is whether that money reaches researchers quickly, flows through real university-industry links and is allowed to back ideas that may fail.

How to Think About This

Separate the purse from the plumbing. Ask three questions of any R&D policy. How much? That is GERD intensity and the gap with China. Who takes the first risk? That is the split between public money for early research and private money for scaling. How does money become discovery? That is ecosystems, speed and risk culture, the authors’ three shifts. A strong Mains answer gives one fact for each question, with its year and source, and argues that the third decides whether the first two pay off.

Check the yardstick before quoting a number: PPP dollars or market dollars; an overall rank or one indicator’s rank; the share of R&D a sector performs or the share it pays for.

Keep the keywords ready: GERD intensity, public risk capital, university-industry linkage, patent pendency, frontier research, mission-mode funding and innovation ecosystem.

Diagram-in-Words

Argument map

India must match its innovation aims with bold public financing

The authors' argument: why the state must fund research first, the gap India must close, and the three shifts that make the money work.

Taiwan, in the authors' account in the 1970s the state invested in chips when private industry hesitated United States NSF’s Digital Library Initiative funded Larry Page as a graduate student at Stanford Startups are not a substitute they build on breakthroughs often seeded by public funding A wide gap with China India about USD 76 billion against China’s USD 785.9 billion (WIPO estimates, constant 2015 PPP dollars) Fund research boldly significantly higher and more sustained public funding for fundamental and frontier research Ecosystems India 91st of 139 on university-industry R&D collaboration (GII 2025) Speed cut patent and grant delays Risk-taking funders with a greater tolerance for uncertainty three shifts
The chain of the argument: public money takes the first risk, India’s gap with China is wide, and more money pays off only with stronger ecosystems, more speed and a greater tolerance for uncertainty.

Takeaway Box

  • The argument: startups and venture capital cannot substitute for foundational R&D, so India must fund research boldly and pair the money with ecosystems, speed and risk-taking.
  • The numbers: WIPO estimates India’s R&D spending at about 10 per cent of China’s (constant 2015 PPP dollars); GERD was 0.84 per cent of GDP in 2023-24; India ranks 91st of 139 on university-industry R&D collaboration and 38th overall in the GII 2025.
  • The institutions: the ANRF (Act No. 25 of 2023, in force from 5 February 2024), the RDI Scheme (Rs 1 lakh crore corpus), and the IndiaAI, semiconductor and quantum missions.
  • Interview angle: how to defend a large, uncertain research budget to Parliament while keeping it accountable.
  • Probable question: the case for higher public financing of R&D in India, and the reforms needed for it to deliver.
  • The line to quote: “Yet venture capital and startups, while essential, cannot substitute for foundational research and development (R&D).”

Revision Flowchart

Revision flowchart

India’s R&D gap and the case for public financing

Covers the key terms, the Prelims facts (GII 2025, GERD, ANRF, the missions), the Mains arguments, the way forward and the traps.

India’s R&D: match innovation aims with public financing Vinod Dham and Namrata Jain, Mint, 20 October 2026; GS3 science and technology Know the terms GERD R&D spending by all sectors; GERD intensity is its share of GDP PPP dollars spending converted at what money buys in each country, not at market exchange rates Innovation overperformer innovation output ahead of what its income level would predict Prelims pointers GII 2025 (WIPO) India 38th of 139 overall; 91st on university-industry R&D collaboration GERD 0.84 per cent of GDP in 2023-24 (DST) ANRF Act No. 25 of 2023; in force from 5 February 2024; Rs 50,000 crore during 2023-28 Missions IndiaAI Rs 10,371.92 crore; NQM Rs 6,003.65 crore; ISM Rs 76,000 crore Mains pointers State as first investor Authors: public money seeds the high-risk research that private industry avoids Startups are not R&D they build on breakthroughs often seeded by public funding Gap with China India about 10 per cent of China’s R&D spending (WIPO estimate) Way forward Money higher, sustained public funding for fundamental and frontier research Links and speed joint university-industry programmes; cut patent and grant delays Risk a tolerance for failure, judged by clear review PRELIMS TRAPS left: the tempting wrong line · right: the fact ✗ USD 76 billion against USD 785.9 billion are market-rate dollars ✓ WIPO estimates in constant 2015 PPP dollars ✗ 91st is India’s overall GII 2025 rank ✓ 38th overall; 91st is university-industry R&D collaboration ✗ All of the ANRF’s Rs 50,000 crore comes from the Centre ✓ Rs 14,000 crore is to come from the Central Government QUICK RECALL cover the right column, then check Who publishes the Global Innovation Index? WIPO India’s overall GII 2025 rank? 38th of 139 ANRF Act in force from? 5 February 2024 National Quantum Mission outlay? Rs 6,003.65 crore IndiaAI Mission approved on? 7 March 2024 MAINS KEYWORDS GERD intensity public risk capital university-industry linkage patent pendency frontier research mission-mode funding innovation ecosystem MAINS PRACTICE GS3 · 250 words Startups and venture capital build on research that public money often seeds. In this light, examine the case for higher public financing of research and development in India, and the reforms needed for it to deliver results. (250 words)
Revision flowchart: the whole editorial on one screen. Read each band left to right, then cover the answers in the panels below and test yourself.

Sources:

Source: India's R&D Gap: Match Innovation Aims With Public Financing — Ujiyari.com | Free UPSC & State PCS Editorial Analysis