Part 1: The Imitation Game
On this site, I won’t just walk you through concepts in math, physics, and computer science, building bridges between them. I’ll also talk about learning itself. What is learning? Why is it so hard? What’s really happening with education today? Let’s tackle some of the big questions.
Why does this matter? Because the most crucial bridge you need to build in your studies is the one connecting what you learn to real life. Why are you learning this? What’s the point? How will this knowledge make your life richer, more powerful, or more meaningful? Will it lead to financial stability? Will it help you weather future tech revolutions—like the arrival of Artificial General Intelligence (AGI)?
Without answers to these questions, learning becomes a pointless exercise—learning for learning’s sake. Let’s be real: while humanity has always pursued knowledge for its own sake (often with no clue how it would ever be useful), a huge part of the drive has always been solving concrete, practical problems.
Today, that link between learning and real life is broken. The first question school kids ask themselves, their parents, and sometimes their teachers (if they’re brave enough) is: what’s the point of all this math, physics, chemistry, or computer science? (Okay, fine, maybe they get why coding is useful—“programmers make bank!"—so you can scratch that one from the list!)
When was this connection at its strongest?
Back when the world was going through its industrial revolution boom: building thousands of factories, conquering the skies with commercial aviation, and reaching for space. We needed engineers, physicists, and mathematicians. We had to build power plants, cities, cars, machinery, and so much more. Factories, research institutes, and design bureaus needed hundreds of thousands of educated people. They demanded qualified specialists from universities and vocational schools, who in turn demanded that high schools graduate students with a solid grasp of the basics—physics, math, technical drawing, you name it.
The system was supported by a vast network of youth centers and after-school clubs (think modern makerspaces, but state-funded). These were hubs for the most curious and driven kids, who often went on to become the country’s technical and engineering elite.
Now, we have to rebuild all of this from the ground up: we need to re-establish a clear, direct line between the industries that create real, valuable products and the classroom—in the broadest sense of the word.
Without this connection—a vibrant, modern one that today’s student can actually relate to—our education system becomes a cheap imitation of the real thing. It looks like education on the surface: kids go to school, they “learn” stuff. But the final result is, for the most part, a whole lot of nothing—just the illusion of being educated. At best, kids become walking encyclopedias of random facts: “Oh yeah, I think I remember something about that from school!”
It’s the classic case of what the poet Alexander Pope warned us about: “A little learning is a dangerous thing.”