Why Curiosity Is the Best Study Tool

I sat at my table, flipping through pages and pages of my environmental management book and rereading long paragraphs. I understood the words, the diagrams, the charts. Yet everything felt strangely lifeless. Boring. I felt bored. 

Maybe some subjects really are just. Plain. Boring

But why? I was learning about forests disappearing, oceans changing, and entire ecosystems responding to human decisions. These are huge, complicated problems that shape the world we live in. Does that sound boring?

After a while, I started wondering whether the problem wasn’t the subject at all.

Maybe the problem was the way I was studying it. My study routine was simple: read the notes, highlight the key points, memorise what seemed important, then move on.

So I tried changing something deeper than my study routine. Instead of treating the subject like notes to get through, I began approaching it with curiosity. I stopped trying to simply absorb information and began investigating it.

Why does this happen? What causes it? What would change if one variable were different? Sometimes I would even try to explain the idea to myself in simpler terms, just to see if I really understood it.

Teach it to Others

One habit that helped a ton was pretending I would have to teach the idea to someone else. This method killed it for maths. Instead of rushing through problems and moving on, I would pause and imagine explaining the concept to a friend who had never seen it before. If I couldn’t explain it in simple terms, I knew I hadn’t really understood it yet. Strangely enough, that small shift made maths feel less like a list of steps and more of a fun, intuitive challenge. Psychologists call this the protégé effect: studies show that students often learn material more deeply when they prepare to teach it.

Visualise What’s Happening

Physics became much more interesting once I stopped treating equations like random symbols and started asking what they were actually describing. Instead of memorising formulas, I would picture the situation: an object accelerating, a force pushing, energy moving through a system. The equation suddenly became a description of something happening in the real world.

This approach actually has scientific backing. Psychologists call it dual coding - we understand ideas better when we combine symbols with mental images. Once I started turning equations into little mental scenes, physics stopped feeling like dry equations and started making sense.

Connect Between Concepts and Subjects

Environmental management became far more interesting once I stopped seeing it as a set of isolated case studies and started connecting the ideas to the real world. A change in forests could affect rainfall, which could affect entire communities. News about climate policy or water shortages suddenly linked back to things I had studied in class. Scientists call this systems thinking - understanding how different parts of a system influence each other. Once I started following those connections, studying felt much more like uncovering how our world works, rather than just memorising facts.

Exploring Beyond the Textbook

My interest in chemistry soared when I dared to go beyond the textbook. If a reaction or concept seemed confusing or dull, I looked for another explanation- whether it was a video, an article, or a quick search about real-life examples. Those small rabbit holes became some of the most fascinating parts of studying! I also began applying this curiosity to other subjects. Psychologists call this the "information gap effect" - when we realise we almost understand something, our curiosity naturally kicks in to fill that gap. By following these questions instead of ignoring them, I found studying became less about memorisation and more about exploring and understanding ideas.

Over time, I realised something surprising. The subjects themselves hadn’t changed. 

The only thing that had changed was the way I approached them.

Once studying became explaining ideas, imagining what equations meant, connecting concepts, and exploring beyond the page, the same material started to feel very different.

Maybe the truth is that “boring” subjects don’t really exist. Sometimes we just haven’t discovered the interesting way to look at them yet.