Your heart is not a machine

In the era of artificial intelligencecomparing human brains with computers has become a common ploy. The Philosopher is useful and suggests the idea of Memory Banking, data processing, logic circuits. However, as many neuroscientists and philosophers have argued, this analogy is fundamentally flawed. The brain does not store symbols neatly in indexed folders, and does not continue with linear rule-based programming. So, if your brain is not a computer, what is it?

Philosopher John Searle critically examines the brain’s ideas as digital computers and argues that syntax alone makes computers better, with insufficient semantics and meaning. Cognition (Searle, 1990). Computers operate symbols without understanding them. The brain, on the other hand, is interpreted, speculated and felt.

In the 1980s, Marvin Minsky, co-founder of MIT AI Lab, began to question the notion that the brain functions like a computer. He realized something important. Human thoughts are not just logic and calculations. It is shaped by our emotions, our memories, and the way we experience the world through our bodies. From this perspective, the real thing Intelligence It’s not so much about strict rules, it’s about being able to adapt, be contextual, and understand the ever-changing world.

I think beyond calculation

heuristic And the way we physically interact with the world may reflect how our brain works more than an abstract model. The philosopher Huber Treyfus opposed the idea that the brain is a kind of computer. He believed that if he focused too much on calculation and logic, he overlooked the role of context, perception, and the daily experiences we lived (Dreyfus, 1992). In Dreyfus’s case, the brain did not evolve to process data. This has evolved to help you navigate messy and unpredictable environments. This perspective highlights the extent to which our ideas are shaped by our bodies and how we move around the world.

Dan Dennett explained this in detail by comparing his brain to Darwin’s machine. Darwin’s machines evolve through layered learning rather than individual logic-based steps (Dennett, 1978). Such a brain is naturally flexible and develops consciousness Emotional intelligence This cannot be truly machine-coded or simulated.

in Computers and the brain, Mathematician John von Neumann highlighted the difference between digital and biological systems. At the same time, both processes contain information, but not deterministic logic, neurons based on stochastic and biochemical cues in a chaotic environment fire (Von Neumann & Kurzweil, 2012).

Evolutionary roots and human reality

Understanding the brain as a non-compartmental system changes our perspective. Rethinking the brain as something other than a computer could completely change the way we see it educationtechnology, and our own growth as individuals. in Connection failure, Educational psychologist Jane Healy warned of that excessive Screen time It may actually slow the mental development of a child. why? Because computers often encourage thinking in a straight line rather than promoting practical exploratory learning that really helps brain growth (Healy, 1999). Takeout is simple. Our brains thrive with stories, deep emotions, and freedom of play and exploration.

So why did the brain evolve in this way? Evolution supports what works in a chaotic, high-stakes world. A creature that could speculate on threats, recognize allies, and adapt quickly had survival benefits. The brain has evolved into a prediction engine. This is a system optimized for relevance and energy efficiency, not for accuracy. The job is not to be perfect, but to slowly make the best decisions.

This perspective on how our brains evolved can guide our daily lives. Instead of fearing confusion or contradiction, we can view them as part of how our brains are designed to function. Try spending your time in an environment that stimulates your senses and stimulates your emotions. These types of rich, real-world experiences help to grow your brain in a way that doesn’t stare at the screen. And perhaps most importantly, let go of the pressure to be completely efficient. We are not machines. We live and adapt our beings built for learning, growth and connection.