What Happened to Physics Class? A Teacher’s Perspective on Why Kids Aren’t Taking It
The overhead projector hummed, casting a faint, dusty light onto the whiteboard. I was writing out the equation for centripetal force, the chalk squeaking in a way that felt louder than it should in a room of twenty-two sophomores. I turned around, ready to ask a question about the ball on a string I’d just demonstrated, and was met with a sea of glazed eyes. One student, Maya, was meticulously drawing a manga character in the margin of her notebook. Another, Leo, had his head down on his desk, his breathing slow and even. It wasn’t a hostile silence; it was a profound, almost peaceful, disengagement.
I’d been teaching physics for twelve years, and the shift wasn’t sudden. It was a slow drift, like a boat untying itself from a dock. I remembered when I first started, a lesson on momentum would spark debates about car crashes and football tackles. Now, I felt less like a guide to the universe and more like a warden overseeing a quiet detention.
After class, I asked Maya to stay for a moment. I didn’t want to scold her. I was genuinely curious. “Maya, you’re one of the sharpest kids in this class. But lately, you seem… a million miles away. What’s going on with physics?”
She didn’t look defensive. She just sighed, tucking a stray piece of hair behind her ear. “It’s not you, Mr. H. It’s just… it feels like a different language. A language I’m never going to use. I’m good at history and English. I like figuring out why people do things. This is just… formulas. It’s like the questions are already answered, and we just have to prove we can push the right buttons on the calculator. It doesn’t feel like it’s about the world. It feels like it’s about a textbook.”
Her words hit me harder than any observation from an administrator ever could. She wasn’t wrong. In my effort to cover the required standards, to prepare them for the next test, I had somehow boiled the universe down to a series of equations to be memorized and applied in a vacuum. I had turned a subject full of wonder—the arc of a thrown ball, the reason the sky is blue, the sheer, improbable fact that we’re all held to a spinning rock by an invisible force—into a checklist.
I started talking to other teachers, and then to parents. The story was the same everywhere. “He used to love science,” a parent would tell me at conferences, “but now he says it’s boring.” The issue wasn’t a lack of curiosity. It was a curriculum that had become so high-stakes and test-driven that the joy of discovery had been squeezed out to make room for rote memorization. We were so focused on the what and the how of physics that we had forgotten the why.
The problem, I began to see, is that we often teach physics backwards. We start with the abstract law, the elegant equation, and then, if there’s time, we might show a real-world example. It’s like teaching someone the rules of grammar before they’ve ever heard a story. They can diagram a sentence, but they have no idea what a sentence can do. They can calculate the acceleration of a block on an inclined plane, but they can’t tell you why a bike feels unstable when you turn the handlebars at high speed.
So I started making small, quiet rebellions in my own classroom. It began with a question box. I put a shoebox on my desk with a slit in the top. “Ask me anything,” I told them. “It doesn’t have to be about the lesson. It just has to be something you actually wonder about.”
The first questions were hesitant. “Why do we have to learn this?” “Is the test on Friday?” But slowly, they changed. “Why does a spinning top stay up?” “How do noise-canceling headphones work?” “If the universe is expanding, what is it expanding into?” “Why is it easier to balance on a moving bike than a still one?”
That last question came from Leo, the head-sleeper. Instead of launching into a lecture on angular momentum, I brought a bicycle wheel into class the next day. I held it by its axle and had him sit on a spinning office chair, holding the wheel. When he tilted the spinning wheel, the chair began to rotate. He laughed, a surprised, genuine laugh. He wasn’t just learning about gyroscopic precession; he was feeling it. He was experiencing the physics in his own body. For the first time all semester, he wasn’t asleep. He was confused, curious, and engaged.
That’s the first practical shift any of us can make. If you’re a parent, don’t ask, “What did you learn in physics today?” Ask, “What’s something you wondered about in physics today?” If you’re a teacher, find one small way to flip the script. Instead of starting with Newton’s First Law, show them a video of a magician pulling a tablecloth out from under a set of dishes. Ask them to explain it. Let them struggle with the concept before you give it a name. The name is less important than the struggle.
Another change I made was to stop prioritizing the perfect answer over the interesting question. I started giving them “estimation” problems, the kind that have no single right answer. “How many piano tuners are there in Chicago?” “How much does a cloud weigh?” These force them to use physics as a tool for thinking, not just a set of rules to follow. They have to make assumptions, break the problem down, and reason their way to a plausible guess. It’s messy, and it’s exactly what real science feels like.
I also began to see the value in what we don’t do. We don’t need to do every single problem in the textbook. We don’t need to have a quiz every Friday. Sometimes, the most valuable thing we can do is to just watch a video of a SpaceX rocket landing and talk about the sheer, audacious physics of it. Or to take a walk outside and look at the way light filters through the leaves, and talk about wavelengths and absorption.
I won’t pretend this has been a complete turnaround. The standardized tests still loom. The pressure to cover a mile of curriculum in an inch of time is still there. Some days, the glazed eyes return. Maya is still a better artist than a physicist, and that’s okay. But she no longer seems lost in my class. The last time I saw her notebook, she had drawn a little cartoon of a ball on a string, with a speech bubble that said, “I’m not falling, I’m just accelerating towards the center!” It’s a small thing, but it’s something.
Physics class isn’t what it used to be. It’s become a victim of its own importance, a subject so critical to our future that we’ve wrung all the life out of it in the present. The way back isn’t through new apps or flashy technology. It’s through a quieter, more stubborn effort to reconnect the formulas on the page to the messy, wonderful, and deeply physical world right outside the classroom door. The goal isn’t to create a nation of physicists, but to help kids see that the universe isn’t a mystery they’re not smart enough to solve, but a story they’re already a part of.
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