The Accident Nobody Believes In

Nobody believes the email was an accident. So why do we believe the human mind was?

The Accident Nobody Believes In
Photo by Growtika / Unsplash

I remember the moment it hit me.

I was deep in graduate studies, working through the layers of how technology actually functions. Not the surface of it, not the user experience, but the architecture underneath. The protocols. The handshakes. The stack.

And I got to email.

For most people, email is close to magic. You type words, hit send, and they appear on someone else's screen across the world. Simple. Unremarkable. Tuesday.

But when you learn what actually happens, it stops being simple. Your message gets broken into packets. Those packets get translated into 1s and 0s. They travel down physical wire and fiber, bouncing through routers and servers across cities and oceans, each hop following rules so precise that a single error gets caught and corrected automatically. Then on the other end, those billions of tiny electrical signals get reassembled, translated back, and rendered as something a human being can read.

I sat there in genuine wonder.

Not because it was impressive engineering. Because of what it made me think about next.

If an email traveling across the world requires that much design, that many layers, that much intentional complexity, what does that say about the thing all of that engineering is trying to imitate?

Because that is what technology is doing. Every neural network, every large language model, every attempt at artificial intelligence is an attempt to recreate something that already exists. The human mind. The ability to learn, to reason, to recognize patterns, to generate language, to make meaning.

We are building, with enormous effort and the combined intelligence of thousands of engineers, a pale imitation of what you are already doing right now as you read this sentence.

And here is where it gets interesting.

Nobody believes the email was an accident. Nobody thinks that somewhere, a data center experienced a short circuit, and somehow the bits and bytes spontaneously arranged themselves into a functioning mail server. The design is too precise. The layers too intentional. The complexity too coherent.

But we are asked to believe that the thing the email is trying to imitate, the human mind that reads it, interprets it, feels something about it, and decides how to respond, just happened. Random processes. Enough time. No designer required.

I find that harder to believe than the alternative.

Not because I stopped thinking when I found faith. But because thinking carefully is what led me there. The more I understood about how systems work, the less accidental any of it felt. Especially the one system no engineer has ever fully mapped.

The one reading these words right now.