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The Computer Was Born to Solve Problems That Didn’t Exist Before — Bill Gates At first glance, you might wonder—what exactly are we talking about? A computer? A calculator? The machines we rely on to solve our problems effortlessly? We often think of computers as intelligent problem solvers, but in reality, they have zero IQ . Why? Because they don’t think for themselves. They simply follow instructions— our instructions . Take a simple math operation: if you input 1 + 2 × 3 , it returns 7 . But if you actually meant (1 + 2) × 3 , which equals 9 , the computer won’t correct you. It doesn’t “understand” the problem—it just executes exactly what it’s programmed to do. Ironically, this lack of independent thinking is what makes computers so powerful. They don’t get distracted, make emotional decisions, or second-guess. They process vast amounts of data in fractions of a second—something that would take humans years. That’s why, despite being "brain-dead," computers dominate indu...

Hey everyone! Before moving on to other seriously mind-boggling concepts we thought to give you a little introduction to computer science itself. We all have some idea of what computer science is and why it matters, but let’s dig deeper. If you read the previous blog, you might recall the quote, “The best way to predict the future is to invent it,” and that same mindset applies to the origins of computer science. At its core, computer science is an abstract blend of mathematics, physics, and statistics—an evolving discipline that has shaped the world as we know it. Many of us have always treated computer science as a solitary discipline, but in reality, it’s a clever combination of mathematics and science. The journey toward computer science is ancient, dating back to the invention of numbers, the discovery of gravity, and other foundational scientific milestones. But the very first foundations of computer science as we know it began when early mathematicians and scientists started dev...