There are students who learn the material from a lecture, and then there are students who lean into it. Tilt their heads, narrow their eyes, and ask the question that wasn’t assigned.

Lydia Taylor is the second kind.

A fourth-grade student at Brooks Global Elementary School, Lydia recently earned the Greensboro Science Center Award for Originality at the Guilford County Schools District Science Fair, a distinction that says less about getting the “right” answer and more about asking the right questions in the first place. Curiosity, creativity, independent thinking. These are not small things in a world that often rewards speed over depth.

Her prize for that innate curiosity? A day at Guilford College.

Not a tour in the traditional sense, but something more dynamic: a full immersion into the work of science, guided by faculty who understand that discovery doesn’t begin in college. It begins much earlier, if you’re paying attention.

Lydia arrived ready.

“What’s it like being at college?” she was asked.

“There’s a lot of students,” she said, taking it in. Then, with a small shrug: “They’re really good at what they do.”

Lydia’s day began with David Hildreth, Lincoln Financial Professor of Education Studies, who met her not with abstraction, but with action. Sound became the entry point — something familiar, suddenly reimagined. Together, they experimented with how it travels, how it behaves, how it can be measured and understood.

Lydia didn’t just watch. She tested herself, making a ping pong ball bounce off a vibrating tuning fork. “(The ball) keeps going even when you don’t think about it,” she said, tracing the idea out loud.

From there, she moved into biology labs in the Frank Family Science Center, where the scale shifted dramatically. She sat in on Assistant Professor of Biology Zandra Pinnix’s biology class with traditional-aged college students to learn more about fruit flies, small enough to overlook, complex enough to occupy entire fields of study.

Ornithology introduced her to the structure and function of birds — how form meets purpose in the natural world.

When asked why science holds her attention, Lydia didn’t hesitate.

“I like to ask a lot of questions,” she said. “Why? How?”

And then, almost as an aside: “It’s not just science. It’s a lot of things.”

In a way Lydia represents the perfect student for Guilford. She engages with the world, choosing active, hands-on inquiry over passive learning.

The kind of mindset that, if nurtured, becomes the foundation for everything that follows, says David. “That’s the way Guilford teaches,” he says. That nurturing, hands-on teaching is intentional here.

At Guilford, that nurturing was intentional.

During Lydia’s visit, faculty didn’t simplify the work. They opened it up. They treated Lydia not as a visitor, but as someone already part of the conversation — inviting her into experiments, encouraging her to test ideas, giving her room to think.

And she rose to meet it.

“She’s not waiting for permission to be curious,” one professor noted. “She already is.”

By the end of her visit, Lydia had moved through disciplines and ideas with steady confidence. Not loud. Not performative. Just present — engaged in the kind of learning that feels less like a requirement and more like discovery.