By Anushka Verma | Updated: October 29, 2025
Introduction: The New Age of Indian Science
In an era where technology, biology, and quantum physics increasingly converge, a new generation of Indian scientists is proving that the nation’s laboratories are fertile grounds for innovation. Their work stretches from decoding the evolution of insects and understanding quantum behavior in matter to engineering plants that thrive under extreme conditions. Together, they represent the spirit of India’s scientific renaissance — one that is bold, interdisciplinary, and deeply rooted in solving real-world challenges.
The Vigyan Yuva–Shanti Swarup Bhatnagar Awards 2025, worth ₹5 lakh each, have been conferred on 14 outstanding scientists under the age of 45. The award — among India’s most prestigious recognitions in science and technology — honors those who have made exceptional contributions in their fields, ranging from agricultural and medical sciences to mathematics, physics, and space technology.
This year’s recipients embody the essence of modern Indian research: curiosity driven by purpose, creativity grounded in data, and innovation aimed at impact. Their stories are not just about scientific discovery — they’re about reshaping the boundaries of knowledge and defining the future of India’s place in global science.
Table: 2025 Vigyan Yuva–Shanti Swarup Bhatnagar Awardees
| Field | Name | Institution / Organization | Key Research Focus |
|---|---|---|---|
| Agricultural Science | Dr Satendra K Mangrauthia | Indian Institute of Rice Research, Hyderabad | Genetically edited rice variety “DDR Dhan 100” |
| Agricultural Science | Dr Jagdis G Kapuganti | National Institute of Plant Genome Research, New Delhi | Nitric oxide role in plant stress and nitrogen efficiency |
| Biological Sciences | Dr Deepa Agashe | National Centre for Biological Sciences, Bengaluru | Evolutionary biology, host-bacterial associations |
| Biological Sciences | Dr Debarka Sengupta | IIIT-Delhi & QUT-Brisbane | AI-based cancer cell detection using blood tests |
| Chemistry | Dr Dibyendu Das | IISER, Kolkata | Systems chemistry and creation of “Life 2.0” |
| Earth Science | Dr Waliur Rahaman | National Centre for Polar and Ocean Research, Goa | Climate change and Antarctic ice sheet tipping points |
| Engineering Sciences | Prof Arkaprava Basu | IISc, Bengaluru | Computer architecture and energy-efficient computing |
| Mathematics & Computer Science | Prof Shweta Agarwal | IIT-Madras | Post-quantum cryptography for future digital security |
| Mathematics & Computer Science | Prof Sabyasachi Mukherjee | IISc, Bengaluru | Conformal dynamics and statistical physics |
| Medicine | Dr Suresh Kumar | PGIMER, Chandigarh | Gut microbiome and infection prevention in pediatric ICU |
| Physics | Prof Surhud S More | IUCAA, Pune | Dark matter, dark energy, and cosmic evolution |
| Physics | Prof Amit Kumar Agarwal | IIT-Kanpur | Quantum materials and nanoelectronic devices |
| Space Science & Technology | Ankur Garg | ISRO, Ahmedabad | Earth observation and satellite data automation |
| Technology & Innovation | Prof Mohanasankar Sivaprakasam | IIT-Madras | Healthcare technology and 3D brain mapping |
Reimagining Indian Science: From Lab Benches to Global Breakthroughs
Science is rarely a solitary pursuit. Behind every discovery lies a story of persistence, collaboration, and vision. The 14 recipients of the Vigyan Yuva Awards represent not only personal excellence but also a collective leap for India’s research ecosystem. Their work highlights how modern science transcends disciplines, often merging computation, biology, and engineering in seamless ways.
Agricultural Science: Future-Ready Farming
Dr Satendra K Mangrauthia — Engineering Resilience in Rice
At the Indian Institute of Rice Research (IIRR) in Hyderabad, Dr Satendra K Mangrauthia and his team achieved what was once thought improbable: developing one of India’s first genetically edited rice varieties, DDR Dhan 100 (Kamala). Unlike conventional hybrid crops, this variety was gene-edited using CRISPR technology, making it drought-tolerant, early-maturing, and highly productive.
For a nation where rice is not just food but identity, this innovation could redefine food security. The multi-location trials proved the crop’s consistency across India’s varied climates. Dr Mangrauthia calls it “a step toward climate-smart agriculture that empowers farmers against uncertainty.”
Dr Jagdis G Kapuganti — The Scientist Who Teaches Plants to Breathe
At the National Institute of Plant Genome Research, New Delhi, Dr Jagdis G Kapuganti explores a question as poetic as it is scientific: How do plants survive when they cannot breathe? His studies on nitric oxide signaling reveal how plants tolerate flooding by adjusting to low-oxygen conditions.
Having trained in Germany’s Max Planck Institute, he brings a global perspective to Indian agriculture. Kapuganti’s goal is to create nitrogen-efficient crops, reducing the dependency on fertilizers that harm soil health. His research could save billions in agricultural inputs while protecting ecosystems.
Biological Sciences: Mapping Life’s Complexity
Dr Deepa Agashe — Understanding Evolution, One Insect at a Time
Evolutionary biology often lacks the spotlight in India, but Dr Deepa Agashe from NCBS, Bengaluru, is changing that narrative. Her research uses insects to unravel how genetic and ecological factors drive adaptation.
By observing how bacteria and hosts evolve together, her team sheds light on biodiversity, antibiotic resistance, and even the evolution of cooperation. “Evolution is the framework of all biology,” she explains, “and understanding it helps us interpret everything from disease to conservation.”
Dr Debarka Sengupta — AI Meets Oncology
At the crossroads of biology, computation, and artificial intelligence stands Dr Debarka Sengupta of IIIT-Delhi. His lab designs algorithms that detect cancer through blood tests — a game-changer for early diagnosis in low-resource settings.
His team’s work on platelet gene expression has enabled blood-based detection for eleven cancer types. These models merge machine learning with molecular biology, turning massive datasets into life-saving insights. “Our vision is to democratize access to precision medicine,” says Sengupta.
Chemistry: Creating “Life 2.0”
Dr Dibyendu Das — The Alchemist of Synthetic Life
At IISER Kolkata, Dr Dibyendu Das explores the border where chemistry becomes life. His research in systems chemistry investigates how molecular networks self-organize into life-like systems.
By mimicking biological processes such as metabolism and replication, his team is attempting to create “Life 2.0” — synthetic systems that behave like living matter. These discoveries could help scientists understand how life originated on Earth and potentially lead to smart materials for healthcare and diagnostics.
“Recognition at this stage reaffirms our faith in fundamental curiosity-driven science,” he says, “even when it questions the very definition of life.”
Earth Science: Witnessing Climate Change from the Poles
Dr Waliur Rahaman — Tracking the Planet’s Frozen Pulse
The story of Earth’s past is written in ice. At the National Centre for Polar and Ocean Research (NCPOR), Goa, Dr Waliur Rahaman reads that story through isotopic analysis of Antarctic and Greenland ice sheets.
His findings on critical tipping points for West Antarctic ice growth are vital in understanding how quickly global sea levels might rise. Using isotope geochemistry, his team links polar changes with monsoon variability — a perspective crucial for climate modeling.
“Climate change isn’t a distant concept,” he reminds us. “It’s reshaping coastlines and livelihoods today.”
Engineering Sciences: Building Smarter Systems
Prof Arkaprava Basu — Reimagining Computer Architecture
In a world dominated by AI and big data, computing efficiency defines progress. At IISc Bengaluru, Prof Arkaprava Basu focuses on optimizing memory management and hardware-software interaction.
His innovations allow computers to process massive datasets with less energy — essential for data centers and AI-driven industries. Basu’s work bridges academic research and industrial application, contributing to India’s leadership in sustainable computing.
“Efficiency is the new frontier of engineering,” he explains. “Our goal is to make computation as intelligent as the problems it solves.”
Mathematics & Computer Science: The Guardians of the Digital Frontier
Prof Shweta Agarwal — Securing Data in the Quantum Era
As quantum computers advance, the cryptographic walls protecting today’s data could soon crumble. Prof Shweta Agarwal of IIT-Madras is pioneering post-quantum cryptography, creating mathematical algorithms that can resist even quantum-level attacks.
“Modern cryptography relies on hard problems — ones that even quantum machines can’t solve quickly,” she said in an interview. Her research ensures that banking, defense, and personal communications remain secure in the coming quantum revolution.
Prof Sabyasachi Mukherjee — The Mathematician of Patterns
At IISc Bengaluru, Prof Mukherjee explores conformal dynamics, a field blending geometry and complex analysis. His studies delve into how mathematical systems behave under transformations — insights that resonate with statistical physics and even chaos theory.
He believes India’s mathematical ecosystem is flourishing: “We now have a generation of mathematicians with world-class training, creating a vibrant landscape for the next wave of discoveries.”
Medicine: Healing Through Microbes
Dr Suresh Kumar — The Pediatrician Transforming Critical Care
At PGIMER, Chandigarh, Dr Suresh Kumar investigates the gut microbiome’s role in critical illness. His clinical studies on probiotics in pediatric intensive care have shown how beneficial bacteria can prevent infections and improve recovery rates in critically ill children.
His research redefines how hospitals approach infection control, proving that the key to better health might lie within our own microbiota. “Children are not just small adults — they need specialized science,” he emphasizes.
Physics: From Cosmic Mysteries to Quantum Realities
Prof Surhud S More — Charting the Universe’s Hidden Forces
At IUCAA, Pune, Prof More studies dark matter and dark energy, which together make up 97% of the universe. His research decodes how these invisible forces shape galaxies and cosmic structures.
Raised in rural Maharashtra, More’s journey was inspired by scientists like Prof Jayant Narlikar and Prof Yash Pal. Today, his work helps explain the universe’s expansion and its ultimate fate. “Every observation of the sky brings us closer to understanding where we come from — and where we’re headed,” he reflects.
Prof Amit Kumar Agarwal — Engineering Quantum Reality
At IIT-Kanpur, Prof Amit Kumar Agarwal investigates quantum materials and nanoelectronic devices. His research explores how electrons behave in low-dimensional systems, laying foundations for quantum computing hardware.
As the first alumnus of IISc’s Centre for High Energy Physics to win the award, he sees it as recognition for the “quantum revolution” emerging in India. “Curiosity drives innovation,” he says. “Our work merges physics with technology to create the devices of tomorrow.”
Space Science & Technology: India’s Eyes from Orbit
Ankur Garg — The Data Architect of ISRO
Working at ISRO’s Space Applications Centre in Ahmedabad, Ankur Garg designs systems that transform raw satellite data into actionable intelligence for agriculture, water management, and disaster response.
His work includes modelling space camera dynamics, orbital simulations, and automated calibration systems that ensure real-time accuracy. These contributions strengthen India’s ability to monitor the Earth, manage resources, and respond swiftly to crises.
“Space science is not about distant stars alone,” says Garg. “It’s about using data to serve humanity right here on Earth.”
Technology & Innovation: Engineering for Humanity
Prof Mohanasankar Sivaprakasam — Where Engineering Meets Empathy
At IIT-Madras, Prof Sivaprakasam leads the Healthcare Technology Innovation Centre (HTIC) — a hub where engineers and doctors collaborate to build affordable medical solutions.
His innovations include ophthalmic imaging systems for early detection of eye diseases and mobile cataract surgery units that have benefited over 1.5 crore patients. Now, his team is pioneering 3D mapping of fetal brains, helping understand neurodevelopmental disorders.
“All our research must touch lives,” he insists. “That’s the true purpose of science.”
Beyond Individual Awards: A Culture of Scientific Excellence
The Vigyan Ratna (Lifetime Achievement) was awarded posthumously to Prof Jayant Narlikar, the legendary cosmologist and founder of IUCAA. His vision continues to inspire generations of astrophysicists, including this year’s awardees.
The Vigyan Shri honors went to eight senior scientists for their distinguished contributions across disciplines — from atomic energy to environmental science. Meanwhile, the Vigyan Team Award recognized CSIR’s Aroma Mission, which promotes aromatic crops like lavender and rose, boosting rural economies in Jammu & Kashmir and the Northeast.
These awards together form a complete picture: India’s scientific growth is not isolated brilliance but a thriving ecosystem built on mentorship, collaboration, and long-term investment in research infrastructure.
The Future of Indian Science: From Vision to Vanguard
As India steps into the second quarter of the 21st century, science stands at the center of its national ambition. The young laureates of 2025 symbolize a confident, self-reliant India — one that is no longer just catching up but leading in multiple global research frontiers.
Their achievements reflect not only personal perseverance but also policy transformation — from the National Research Foundation to the Anusandhan National Research Fund, India’s research ecosystem is now designed to nurture bold ideas and interdisciplinary projects.
From quantum encryption to synthetic biology, and from polar geoscience to AI-driven medicine, the boundaries of Indian science are rapidly expanding. What unites all these domains is a single belief — that knowledge must serve life, and discovery must serve humanity.
Conclusion: The Torchbearers of Tomorrow
The 14 young scientists honored this year are not just recipients of a prestigious prize; they are the torchbearers of a movement — a movement toward curiosity without boundaries, research with purpose, and innovation with empathy.
Their work touches lives — from the grains on a farmer’s field to the data centers powering artificial intelligence, from the cells in a child’s body to the galaxies light-years away. They represent what India’s future could be: scientifically empowered, globally relevant, and deeply humane.
As the sun rises over new discoveries, one truth stands tall — the next chapter of India’s progress will be written not just in policy or industry, but in the curious minds and tireless hands of its scientists.
