India has increasingly celebrated its emergence as a major force in global research, marked by rising publication output, improved institutional rankings, and greater international visibility. While these developments appear to signal steady progress, a less flattering trend has emerged alongside them.
For the first time, six Indian universities have entered the global top 10 for research paper retractions in 2025, a category that was previously dominated largely by Chinese institutions. The development has drawn attention to concerns surrounding research integrity and academic quality in the country.
According to data from the Retraction Watch database, India recorded 887 research paper retractions in 2025, making it the second-highest country globally after China, which reported 1,701 retractions. The gap between India and the next-ranked countries is substantial. Iraq recorded 429 retractions, followed by Russia with 363, Saudi Arabia with 343, and the United States with 277.
The issue is not merely one of absolute numbers. Although India contributes roughly 5 percent of the world’s research publications, it accounts for approximately 21 percent of global retractions. Researchers argue that this disparity raises concerns about the quality and reliability of research output as India seeks a larger role in global science.
Data compiled from the Retraction Watch database as of February 2026 places several Indian institutions among the world’s leaders in retracted publications. The highest numbers were recorded by Anna University in Chennai with 161 retractions, followed closely by Dr APJ Abdul Kalam Technical University with 160 and Saveetha Institute of Medical and Technical Sciences with 159. Other Indian institutions in the global top ten include Jawaharlal Nehru Technological University Hyderabad, Lovely Professional University, and Visvesvaraya Technological University.
Overall, six Indian universities feature among the top ten globally, while nine appear within the top nineteen institutions on the list.
The data also suggests that the problem is not evenly distributed throughout India’s higher education system. Instead, retractions appear concentrated among a relatively small number of institutions with particularly high research output. The three institutions at the top of the list alone account for nearly 18 percent of India’s total retractions.
India has more than 8,900 research institutions, including universities, laboratories, and specialized centres. However, only a fraction of them are consistently engaged in large-scale international publishing, and retractions are similarly concentrated within this active publishing ecosystem.
Experts caution that retractions should not automatically be interpreted as evidence of wrongdoing. As Nature editor-in-chief Magdalena Skipper has observed, some retractions occur because researchers identify honest mistakes and correct them, demonstrating that the scientific process is functioning as intended.
However, she also notes that retractions stemming from misconduct can damage both scientific credibility and public trust. The concern in India’s case appears to be less about the existence of retractions and more about the reasons behind them.
Data from 2025 indicates that many retractions were linked to issues beyond simple errors. The most common cause was investigations conducted by journals or publishers, accounting for 17.65 percent of cases. Other major reasons included unreliable findings, citation and attribution problems, AI-generated or computer-generated content, third-party investigations, compromised peer-review systems, paper mills, concerns regarding external involvement, authorship disputes, and image or data manipulation.
These patterns suggest that many retractions stem from structural problems within the research ecosystem rather than isolated mistakes. Cases involving manipulated peer review, fabricated content, paper mills, and questionable research practices indicate attempts to exploit weaknesses in the academic publishing system.
A significant factor frequently cited by academics is the growing pressure to publish. Research output has become a central criterion for promotions, institutional rankings, funding decisions, and career advancement. This environment has encouraged a “publish or perish” culture in which the quantity of publications often receives greater emphasis than their quality.
Skipper argues that while publishing is essential to scientific work, it should not become the sole measure of success. In her view, research quality should consistently take precedence over publication volume.
Critics contend that India’s National Institutional Ranking Framework (NIRF) places substantial emphasis on publication output and citation metrics. This has created incentives for institutions to maximise research volume, sometimes at the expense of rigorous quality control.
Some private universities have rapidly increased their publication numbers, but concerns have simultaneously emerged regarding citation manipulation and efforts to artificially boost research metrics. As publication targets become more important, scrutiny may weaken and the risk of misconduct can rise.
The influence of rankings has also contributed to shifts within higher education. Several private institutions have climbed rapidly in national rankings due to strong publication metrics, while some established public universities known for research quality have slipped in comparison. This has prompted debate over whether current evaluation systems reward the most meaningful indicators of academic excellence.
Skipper notes that rankings and publication counts are highly visible measures of performance but should be viewed as indicators rather than ultimate goals. When institutions focus excessively on improving metrics, scientific quality can become secondary to appearances.
India’s experience mirrors challenges previously encountered by China. Between 2021 and 2024, more than 17,000 papers involving Chinese authors were retracted. In response, Chinese authorities introduced stricter accountability measures, including mandatory disclosure of retractions, institutional investigations into misconduct, and penalties ranging from salary reductions to restrictions on funding.
According to Skipper, transparency and public disclosure can strengthen trust by demonstrating that problems are being confronted rather than concealed.
India has adopted a less stringent approach so far. Although NIRF includes provisions related to academic misconduct, some observers argue that existing penalties are insufficient to deter unethical practices.
Funding is another important factor in the discussion. India spends approximately 0.65 percent of its GDP on research and development, significantly below the global average of around 2.46 percent. Despite this relatively low investment, publication output continues to rise rapidly.
Experts warn that increasing research expectations without proportionate investment in laboratories, infrastructure, training, and institutional support can create pressures that encourage shortcuts and questionable practices.
Retractions are also concentrated within particular disciplines. Technology accounts for the highest share, followed by data science and computer science. Other affected fields include materials science, neurology, biochemistry, surgery, nanotechnology, environmental sciences, and electrical engineering. These are areas characterised by rapid growth, intense international competition, and strong incentives for frequent publication.
The implications extend beyond academic rankings. Scientific research depends heavily on trust, and repeated retractions involving prominent institutions can affect international collaborations, funding opportunities, and the ability to attract talented researchers.
At the same time, experts emphasize that retractions themselves are not necessarily signs of failure. In many cases, they reflect the scientific community’s ability to identify and correct problems. The more serious concern arises when retractions reveal recurring patterns of misconduct or systemic weaknesses.
India’s ambition to become a leading scientific nation remains widely recognised. However, many researchers argue that genuine scientific leadership cannot be measured solely by publication volume. Long-term success depends on producing research that is reliable, credible, reproducible, and respected by the global scientific community.
While India’s research expansion has been significant, the growing number of retractions has raised questions about whether the systems supporting that growth are keeping pace. The challenge now lies in ensuring that rising output is matched by equally strong standards of integrity, accountability, and quality.
