Mentor's Desk— Stories about life, education, and learning.

The Boy Who Never Stopped Asking Why

A child in New York was in his growing up phase. Like most children, he went through a phase of asking questions repeatedly. "Why?" Why is the sky blue? Why do birds fly? Why can't I touch the fire? For most parents, it's a phase they secretly hope will pass. For this child, it never did. 

When he was four or five, his father would take him on walks through the woods near their home in Queens. While other parents might point to a bird and proudly announce its name, his father took a very different approach. 

"Scientists call it a brown-throated thrush," he would say. "But knowing its name doesn't tell you anything about the bird. What's interesting is: What is it doing? Why does it hop instead of walk? Why does it peck the ground that way? Let's watch." 

That simple lesson stayed with the boy for the rest of his life. 

By the age of eight, his attention had shifted from birds to radios. Most children were fascinated that music came out of a wooden box. He wanted to know something deeper. What is electricity? Why does current flow? If I cut the wire, where does the electricity go? 

His curiosity was so relentless that he began taking apart clocks, appliances, and anything mechanical he could find. Sometimes he successfully put them back together. More often, he didn't. His family was not too happy about the broken household items — but his uncle kept bringing him more broken gadgets to investigate. 

Without being fully conscious of it, he was teaching himself how scientists think. 

By the time he was eleven, he had discovered something even more powerful: the universe couldn't be understood as a mere collection of facts. It was a giant puzzle waiting to be solved. One rainy day, he noticed water dripping from a roof. Instead of admiring the pattern, he became obsessed with it. Why did the drops zig-zag? Did the wind change their path? Would they fall differently from a greater height? 

He began experimenting — not because someone assigned him a project, but because he genuinely wanted to know. Years before he ever learned formal physics, he was already practising it. That habit never disappeared. 

Even after becoming a professor at Caltech, one of the world's leading universities, he remained famous for asking questions that sounded almost childlike. His lectures weren't filled with declarations — they were filled with curiosity. Students quickly learned that understanding physics wasn't about memorising equations. It was about asking better questions. 

In 1965, this boy — now a celebrated scientist Richard Feynman -- received the Nobel Prize in Physics for his groundbreaking work in quantum electrodynamics. People assumed it was because he was a genius. He saw it differently. His greatest strength, he often said, wasn't extraordinary intelligence. It was the willingness to look foolish by asking what others considered "dumb" questions. 

There is a world of difference between knowing the name of something and truly understanding it. Most education teaches us names. Curiosity teaches us understanding. 

Feynman's journey reveals three kinds of questions that change the way we think. The first is "Why?"- it keeps peeling back layers until we reach real understanding. The second is "What if?"- it allows us to imagine possibilities no one else has considered. The third is "How do we know?"- it forces us to examine assumptions we have accepted without evidence. 

Here is a small experiment. Look around you. Pick something completely ordinary — your phone, a ceiling fan, a cup of coffee. Now ask five questions about it. By the fourth or fifth, you'll arrive at something you cannot answer. That is not failure. That is the edge of knowledge. And that edge is exactly where discovery begins. 

Feynman's curiosity didn't end when he found an answer. It looped back — asking whether that was the right answer, the only answer, or whether something better was possible. 

Can we help our children do the same? Has the arrival of AI made it more urgent than ever to raise curious explorers rather than passive memory machines? 

This is where research begins. So, the next time a question seems absurd — don't silence it. It might just be the beginning of your greatest discovery.