What does it mean to democratise science? At its simplest, it means widening participation, ensuring that the opportunity to ask meaningful questions, access resources, and contribute to knowledge is not confined to a narrow set of institutions or individuals. It means that scientific talent, wherever it exists, can find expression. It also means that public investment in science serves not only excellence at the top but also capacity across the system. India’s scientific pot

India is cautiously courting private capital in its tightly held nuclear sector, seeking scale and innovation without surrendering strategic control. India’s nuclear sector, long defined by state control and strategic caution, is now edging toward a calibrated opening to private participation. This shift is not a sudden ideological pivot but a pragmatic response to rising energy demand, climate commitments, and fiscal constraints. As India aims to expand its nuclear power cap

As academic incentives harden into predictable pathways, science risks trading curiosity for predictable outcomes. A recent article in Nature magazine describes an unusual online game from China in which players step into the life of a young faculty member. They must publish papers, secure research grants, manage teaching, and navigate institutional pressures. What is striking is not the game's premise but how real it feels to those who play it. This reaction is worth pausi

With the PFBR’s first criticality, India’s three-stage nuclear vision moves from doctrine to deployment, reshaping its geopolitical calculus. The successful first criticality of India’s 500 MWe Prototype Fast Breeder Reactor (PFBR) at Kalpakkam is much more than a technical milestone; it is a decisive step in India’s three stage nuclear programme. This indigenous, sodium cooled fast breeder reactor bridges the gap between our current uranium based nuclear fleet and the long-t

Two recent developments in scientific publishing should worry us. In one case, AI-generated inputs were found in peer review, leading to the rejection of papers. In another, an AI-written paper successfully passed peer review. Together, these highlight a deeper shift in how science is now created and assessed. For the first time, AI is not just aiding science on the fringes. It is now involved in the entire scientific process, from writing to evaluation. There is a fundamenta

Democratizing science does not mean lowering standards but widening access for talent to translate into meaningful work. We like to believe that science is a fair field where the best ideas win, talent rises to the top, and hard work gets rewarded. It is a reassuring belief, especially for young students entering research. But reality tells a different story. Two scientists may have similar abilities, equal curiosity, and the same level of dedication, yet their careers can

While modern science celebrates originality, the systems that fund and evaluate research often reward caution over bold ideas. AI generated image Science proudly claims to reward originality. Research proposals must explain what is new. Journals ask authors to highlight novelty. Prestigious prizes celebrate discoveries that open entirely new directions. In principle, scientific progress depends on bold ideas. Yet many researchers recognise a quiet contradiction. Novelty is we

In the age of AI, the deeper challenge is whether human judgment can keep pace with the machines we have built. AI generated image A student today can write an essay in minutes with the help of artificial intelligence. A doctor can consult AI systems to analyze medical scans, and a lawyer can generate a legal draft within seconds. Tasks that once required hours of human effort can now be completed almost instantly, illustrating how rapidly intelligent machines are entering pr

A dead body has stories to tell with the help of forensic taphonomy; even in decay and silence, nature preserves a record of truth waiting to be read. When a decomposed body is discovered buried in soil, floating in water, or left exposed, it is often assumed that time has erased the truth. Modern forensic science proves otherwise. Through forensic taphonomy, investigators interpret nature’s own record of death, supported by empirical data, technology, and global research. Fo

Edison showed that invention works only when method, money and markets align, a lesson India needs to master. Thomas Alva Edison is often celebrated as a prolific inventor, but rarely as an inventor of the process of invention itself. The popular image is of sudden inspiration. However, the reality was far more deliberate. Edison believed that invention could be designed, organized as a process, and executed through a method. He transformed creativity from a matter of chance

Narcoanalysis is often sensationalised as a “truth serum”, but in reality, it is a scientific investigative aid grounded in neuroscience and forensic psychology. In an era where crime has become increasingly sophisticated, law-enforcement agencies are compelled to rely on science as much as instinct. Among the most debated tools in this scientific arsenal is narcoanalysis, often sensationalised as a “truth serum” test. While critics question its ethics and reliability, narcoa

India@2047 will not be achieved by assembling borrowed technologies, but by owning the science that makes development durable. Every New Year invites reflection, but some years demand resolution. As India steps deeper into its journey toward becoming a developed nation by the centenary of Independence, the role of science and technology becomes not just important, but decisive. Infrastructure, manufacturing, and services will matter, but none of them can advance sustainably w

Disaster response is not only about saving lives—it is also about restoring names, truth, and dignity to those who have been lost. Mass fatality preparedness is not a topic most people think about until tragedy strikes. The recent Delhi blast, which shook the city and left families searching desperately for answers, reminds us that disaster response is not only about saving the living but also about identifying and honouring the dead. Every disaster scene holds two urgent mis

As 2025 draws to a close, science and technology continue to shape global conversations. Artificial intelligence has become part of daily life. Space missions are more frequent and ambitious. New medicines are making their mark. Yet alongside this progress, public anxiety about technology, health, environment and data privacy has grown exponentially. Beneath the excitement and headlines lies a deeper concern that deserves reflection at the end of the year: public trust in sci

The ANRF Prime Minister Professorships is a potentially transformative initiative that seeks to energise under-resourced institutions. India’s decision to establish the Anusandhan National Research Foundation (ANRF) marked a structural shift in how the country imagines the future of science, technology and innovation. Conceived under the ANRF Act of 2023, the Foundation aims to mobilise about Rs. 50,000 crore for 2023 to 2028, with roughly Rs. 14,000 crore coming from the Uni

The India International Science Festival sends a wider message that a nation’s scientific future is built not only in laboratories but in how enthusiastically its people embrace scientific thinking. AI generated image The India International Science Festival 2025 will be held in Chandigarh from 6 to 9 December, bringing together scientists, students, innovators, educators and citizens in a national celebration of science. In just a decade, the festival has grown into one of t

A suicide note can be heartfelt truth — or deliberate fabrication. Forensic science helps tell the difference. Every year, countless lives end in tragedy, often leaving behind a few handwritten lines or a digital message — a suicide note. These notes, though brief, carry immense emotional and investigative weight. They are not just words written in despair. They often hold vital clues about the writer’s state of mind and the reasons behind the act. And sometimes even indicate

Scientific creativity thrives not when shielded from economic thinking, but when paired with it to turn knowledge into meaningful public value. Modern science today is shaped by two strong forces. One is the enduring curiosity to understand nature, a motivation that has guided researchers for generations. The other is the increasing expectation that science should contribute to visible improvements in society, within limited budgets and specific time frames. The distance betw

India loses over 400 lives to suicide each day, making psychological autopsy — bridging medicine and mind, science and empathy — a moral and investigative necessity. Suicide continues to be one of the gravest public health concerns worldwide. According to the World Health Organization (WHO), nearly seven lakh people die by suicide every year—that’s one person every 40 seconds. It remains among the top five causes of death among people aged 15 to 29 years globally. In India, t

In India, counterfeit medicines have quietly become a serious threat, even reaching legitimate shops and hospitals. India is now increasingly threatened by the growing menace of counterfeit medicines. Counterfeit medicines are fake drugs that look just like the real ones but might not work—or worse, they could harm health. Fake medicines often contain no real ingredients, wrong substances, or harmful chemicals, yet are packaged with labels, logos and seals to look authentic.