India stands at the cusp of a new era powered by Artificial Intelligence, where technology is transforming lives and shaping the nation’s progress. AI is no longer limited to research labs or big corporations. It is reaching citizens at every level. From improving healthcare access in remote areas to helping farmers make informed crop decisions, AI is making daily life simpler, smarter, and more connected. It is revolutionising classrooms through personalised learning, making cities cleaner and safer, and enhancing public services through faster, data-driven governance.

On the last morning of 2025, as winter fog still hangs over the industrial estate, Jagan Nath lifts the shutter of his small factory. Inside are familiar smells of oil, iron and sweat, an office with computers, and display boards. At home, his wife Rajni has already put the kettle on. Between packing tiffins, checking her children’s school messages and tending to ageing parents, she listens to the news playing softly in the background. Words like economy, technology, AI and future float into the room. They sound big. Distant. Yet somehow personal. Meanwhile, 85-year-old grandpa is discussing politics with his friend on mobile, as his toothless wife counts tablets and capsules neatly lined up. Daughter and son, Radhika and Navin are discussing party ideas on the dining table.

A sweeping new study has pulled back the curtain on the chaotic early lives of young stars, revealing that stellar infancy is far more turbulent and variable than previously thought.

The conversion of mechanical energy to electrical energy is a topic of great interest, as it involves transforming day-to-day activities into useful forms of energy, and researchers are continually seeking new methods for this conversion.

A new study overturns a central textbook model of bacterial gene regulation and unveils new paths for understanding bacterial gene regulation and its evolution. This can help in designing better antibiotics or regulatory inhibitors that block infection mechanisms.

Scientists have discovered a new kind of magnetism in a rare-earth compound that can be used in quantum and spintronic technologies. It envisions a new class of materials that can be tuned to design faster, more energy-efficient magnetic and quantum devices.