Pokémon Turns 30: Were We Accidentally Training Our Brains?

Next week is the 30th anniversary of Pokémon — and I keep thinking about the Game Boy Color I finally bought with the money from my piggy bank, because my parents did not want to get me Pokémon games for my birthday or Christmas. I was 13 when Pokémon hit the scene on TV in 2000 — old enough to remember the buzz, young enough to desperately want in.

I tried every contest I could find. I drank lemonade I hated just to collect entry tickets. I begged friends in summer camp to trade me their ice-cream wrappers for contest codes. I didn’t win anything. Eventually, I cracked open my treasure-chest-piggy bank with the wobbly padlock — and bought that Game Boy myself.

It was the time of second generation. Totally Team Chikorita. I’m still Team Chikorita 25+ years later.

Looking back now, I realize that playing Pokémon wasn’t just entertainment — it was a cognitive bootcamp disguised as fun.

Meganium and Charizard in Pokémon Legends: Z-A | My own Nintendo Switch gameplay

Games That Made My Brain Work Hard

Pokémon games back then were hard. There were no shared experience points, no party swapping on the go, and leveling up involved trekking back through wild routes for dozens — sometimes hundreds — of encounters just to eke out a single level for a teammate. I distinctly remember grinding hours just so my poor Meganium could finally stand a chance against the Elite Four.

That wasn’t easy — and that’s exactly what mattered.

Fast forward to today, and a growing body of research shows that video games that demand active strategy, memory juggling, pattern recognition, and decision making are linked with cognitive performance advantages. Gamers tend to perform better on tasks involving problem solving, working memory, and flexible thinking compared with non-gamers — especially when games push players to plan, adapt, and manage multiple streams of information.

Your brain under that childhood flashlight — the one you weren’t supposed to use past bedtime — wasn’t just entertained. It was building the very neural circuits that support real-world thinking:

• Pattern recognition from memorizing types and moves

• Strategic planning for battles and resources

• Working memory juggling of health, inventories, type advantages

• Delayed gratification from grinding and trading

These aren’t just game skills — they’re the same cognitive muscles that serve you in jobs requiring problem solving, planning, and adaptability. The broader scientific landscape supports the idea that strategic games can be cognitively enriching.

Piplup | Pokémon Legends: Arceus

Pokémon LeafGreen

Old Games vs. New, Same Core Lessons

Sure, modern Pokémon games are smoother, more story driven, and more forgiving than those old Game Boy titles. Experience sharing, easier party management, and richer narratives make the series more accessible now. But that accessibility doesn’t erase cognitive engagement — it just shapes it differently.

For old-school players like me, replaying those newer versions is a chance to enjoy how far the series has come and to remember how challenging it once was. We learned patience, strategy, and resilience not through drills but through play.

Even if the research headlines sometimes overstate specifics, the core truth is clear: games that demand thought, adaptation, and social interaction invite your brain to grow.

So this 30th anniversary? Not a waste of time. A training ground, long before anyone marketed it as such.

---

Source: Video Games Boost Cognition, Exercise Improves Mental Health. Neuroscience News, October 19, 2024. Topics: Pokémon, millennial childhood gaming, Game Boy, Executive function