Yes, I Still Buy Old Books
Yes, I still buy old books. There is something about holding history in your hands that feels grounding in a time when everything is one click away. The smell of old paper, the yellowed pages, and the faded cover art all remind me that knowledge used to require patience.
When I found From Compass to Computer by W. A. Atherton (1984), I expected another textbook about circuits and inventions. What I didn’t expect was how human it felt. Beneath the technical details, it reads like a reflection on how deeply our lives are shaped by the very things we build. Atherton wasn’t just writing about machines. He was writing about us.
His world ran on electricity. Ours runs on data. Yet the questions he raised about power, dependence, and human nature are the same ones we are asking today.
Technology Is Now the Air We Breathe
Atherton said we do not just live with technology, we live in it. He compared it to strawberry-flavored ice cream, where the flavor runs through every part of it (p. 311). That image captures our world perfectly.
Technology is no longer a separate tool we turn on and off. It’s the air we breathe. It wakes us up, tracks our steps, manages our money, and shapes our opinions. When it works, life feels smooth. When it stops, everything breaks down.
Atherton once wrote that electricity freed humans from the natural rhythm of day and night. The internet has done the same thing, but with presence itself. We are everywhere and nowhere at once, awake even when the world sleeps. We have gained constant connection, but we have lost the silence that once came with it.
From Small Inventors to Giant Systems
Atherton described how invention began in small workshops with creative individuals, but as machines became more complex, discovery moved into massive laboratories with entire teams and strict systems (p. 314). He said industries started to depend on organized structures and educated workers (p. 313).
That is exactly where we are today. The spirit of invention has shifted from small rooms to global networks. Instead of one person experimenting in a garage, we now have teams of engineers training models on supercomputers. Progress has become institutional.
Atherton predicted that hardware would become standard, and that innovation would depend on what people built on top of it. He was right. Every phone, laptop, and tablet looks the same now, but what we do with them defines our world.
When War Pushes the World Forward
Atherton noted that many of the biggest breakthroughs came from war. The telegraph, the radio, radar, and even the first computers were born out of conflict and necessity (p. 320).
That pattern continues. Modern innovation in artificial intelligence, cybersecurity, and robotics often starts with defense research. It’s a reminder that fear, as much as curiosity, drives invention. Atherton warned that technology reflects the society that creates it. If our goals are shaped by control and competition, then our inventions will carry those same traits.
We see that now more than ever. Every algorithm that connects us also has the power to divide us.
A Fragile Kind of Power
Atherton wrote that once people became used to electricity, they could not imagine life without it. When the power failed, chaos followed (p. 317). That was written in 1984. Replace “electricity” with “the internet,” and the same truth stands.
Today, when the Wi-Fi drops or a cloud service crashes, offices, hospitals, and schools all come to a halt. Even our memories, stored online, become unreachable. We have built comfort on top of dependence, and we call it progress.
Atherton’s words remind me that every layer of convenience hides a layer of fragility. The more efficient we become, the more easily disrupted we are.
Blaming the Machine for Human Mistakes
Atherton wrote, “Too often, although we know that perfection cannot be achieved, we demand it anyway,” and said that people often blame science and technology for their own failures (p. 316).
It’s true. We blame our phones for distraction, our apps for misinformation, and AI for bias. But all of these systems come from human decisions. The data, the goals, the shortcuts, the compromises — they all begin with us.
Atherton saw this clearly. He believed that the real issue wasn’t with machines, but with the people who made and used them. His reminder feels even more urgent now, when our inventions are beginning to shape how we think and feel.
The Human Side of the Machine
Atherton said, “Technology may offer new and sophisticated tools, but they are used by the hand and brain of good old Man Mark 1” (p. 317). That line stays with me. It’s both a reassurance and a warning.
Even in an age of artificial intelligence, it’s still us at the center. The machines we build reflect our strengths and flaws. They can amplify creativity or greed, compassion or manipulation. Technology has no morality until we give it one.
What worries me is how easy it has become to forget that. We trust devices more than people. We let algorithms make decisions we used to make ourselves. We have become so efficient that we sometimes forget what being human even feels like.
The Real Challenge Ahead
Atherton ended his book by saying that the greatest problems of the future would not be technical but social. That was 40 years ago, but it feels written for now.
We already have the tools to solve most of our problems. What we lack is wisdom. We build faster processors, but not better understanding. We connect billions of people, but struggle to listen to each other. Progress keeps racing ahead, but meaning always seems to lag behind.
Atherton’s book is a quiet reminder that the compass and the computer are part of the same journey — a human one. The compass gave us direction. The computer gave us power. Now it’s up to us to find purpose.
Reference
Atherton, W. A. (1984). From Compass to Computer: A History of Electrical and Electronics Engineering. London: Macmillan Education UK.
If You Want to Read the Book
If you’re interested in getting the book, you can find it here:
From Compass to Computer: A History of Electrical and Electronics Engineering (Ebay)