44 Incredible Moments You Won’t Believe Are Happening Right Now Around the World

Weaver Spends Seven Years Building a Machine to Ease His Mother’s Painful Yarn-Winding Work, Then Earns India’s Padma Shri

Chintakindi Mallesham grew up watching his mother, Laxmi, spend hours preparing yarn for Pochampalli saris in India.

The process, called Asu, required thousands of repeated hand movements. Her shoulders and elbows hurt. She told him she could not keep doing it.

In 1992, at twenty, Mallesham began trying to build a machine that could help.

He had no formal engineering training. He divided the task into separate movements, bought parts when he could afford them, and kept experimenting.

His savings ran low. He moved to Hyderabad for paid electrical work and continued developing the unfinished machine. His wife, Swarna, contributed money to help him keep going.

In 1999, seven years after he started, the first machine was complete.

He named it the Laxmi Asu machine after his mother. It reduced the demanding yarn-preparation stage to about ninety minutes, while leaving the wider craft of sari making in the weavers’ hands.

In 2017, he received India’s Padma Shri. His journey later became a film.

A task his mother had endured for years became the problem he refused to leave unsolved. But what happened between those first experiments and the working machine?

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15-Year-Old Builds His Own Radio Station From Discarded Parts, Then Takes His Ideas From Sierra Leone to MIT

At fifteen, Kelvin Doe was broadcasting to his community in Sierra Leone through an FM transmitter he had built from salvaged electronics.

On air, he called himself DJ Focus. He played music and shared local news, bringing schoolmates into the project to help gather stories from their neighborhood.

His experiments began with an everyday frustration: batteries for radios and flashlights were expensive. So he taught himself to make his own using discarded materials. He also built a generator.

In 2012, his work caught the attention of David Moinina Sengeh, a Sierra Leonean doctoral student at MIT who helped run the Innovate Salone competition.

Sengeh arranged a trip to the United States. That October, Kelvin spent time working alongside people at the MIT Media Lab and presented at New York’s World Maker Faire.

Here’s another remarkable detail: the schoolmates helping him gather news were, on average, just twelve years old.

A teenager’s experiments had become a project other young people could contribute to.

But the invitation to MIT came after the hardest part had already begun. How did Kelvin turn discarded pieces into a working transmitter, and who helped his ideas reach beyond his neighborhood?

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A Business Student and Three Classmates Develop a Sleeping-Bag-Style Warmer That Has Helped Keep Over 1.4 Million Newborns Warm, According to Embrace Global

While studying at Stanford, Jane Chen’s team received a challenge: design a baby incubator for less than one percent of the usual cost.

Their research pointed toward something portable that could provide warmth without a continuous electricity supply.

The answer looked more like a tiny sleeping bag than a hospital machine.

Inside was a pouch of specially designed, wax-like material. After heating, it releases warmth as it slowly becomes solid again.

Embrace says the pouch can provide warmth for up to four to six hours before needing reheating. It supports temperature care, rather than replacing every function of a hospital incubator.

One intriguing detail: the same pouch can be reheated hundreds of times.

Since 2011, Embrace Global reports helping keep more than 1.4 million newborns warm across over 30 countries.

What began as a class assignment grew through conversations with parents, doctors and healthcare workers.

But why does the pouch release warmth gradually instead of simply cooling down like a hot-water bottle?

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