Bē.Ig.In.

Time Doesn’t Exist (At Least Not the Way We Think)

   I was on my bike coming home from work, rushing to meet a freelance deadline. The clock was ticking, and I had to move fast to meet the deadline. As I sped through the streets, focused on getting home as quickly as possible, a strange and peculiar thought hit me. If I move faster, does time slow down for me? Am I racing against the clock, or is time just something we’ve created to measure our movements? That question stuck in my head long after I arrived home and finished my project. It left me asking, What is time, actually?

The Thought Spiral

     As I continued riding, my brain couldn’t shake the thought. What is time, anyway? We track it by the tick-tock of a clock second by second, minute by minute. But in that instant, as I rode really fast down the road, I thought: If I’m going quicker, does time slow down? Or is the ticking just an illusion we’ve built around movement?

    It struck me that the tick-tock isn’t time itself, it’s merely a sound we use to measure it. Our forefathers didn’t have clocks or timers. They observed the sun, shadows, stars. Time, in those days, was not mechanical or digital. It was organic closely linked with the movement of the Earth and the sky.

    So perhaps time isn’t something that exists. Perhaps it’s merely how we quantify change, change in light, change in motion, change in life. And perhaps, without movement, time wouldn’t exist at all.

Where Time Comes From?

   After thinking more deeply, I realized that what we call “time” might just be a system we created, not something that exists on its own. Humans developed numbers to count objects. Perhaps they began by counting on fingers. One, two, three, basic patterns to make sense of the world around them. Similarly, we developed a system to count moments, and we referred to it as time.
   Before calendars and clocks, humans looked to the sky. They saw the sun rise and set, the moon change, the seasons turn. That was time. It was a matter of motion, the Earth spinning, the moon orbiting, the stars shifting overhead. The Babylonians and Egyptians measured time with sundials as the sun moved. The Mayans constructed temples aligned to the stars. Time was a means of tracking movement, not an intangible ticking power.
   philosophers such as Aristotle believed time was the measure of change, the “before” and “after” of motion. Then along came Isaac Newton, who changed everything. He saw time as an absolute always flowing, always the same, no matter what. That idea stuck for centuries. It gave birth to the mechanical age: clocks, schedules, calendars all built on the idea that time moves in a straight line.
   Then came the clock. In the 1500s, Peter Henlein invented the pocket watch and suddenly, we weren’t following the sky anymore. We were following numbers on a dial. Time became something mechanical, something we wore on our wrist, something that started to control our lives.
   But underneath it all, the only real thing that’s happening is motion. The ticking isn’t time it’s a way to count movement. Without motion, what is there to measure?

Time vs. Physics: What Actually Exists?

As I deeply think about it, the more it seemed like time isn’t something we discovered, it’s something we invented. But physics? That’s different. Physics describes the actual motion of objects in space. It’s not abstract it’s measurable, observable, and real.
For example, when we say “an hour passed”, what really happened? The Earth rotated a little that’s it. The clock’s ticking didn’t cause time to move. It just counted the Earth’s motion. So when we talk about time, what we’re really talking about is change and physics is the language we use to describe that change.
This idea lines up with modern physics too. According to Einstein’s theory of relativity, time doesn’t move the same for everyone. If you travel faster or are near something with a lot of gravity, time literally slows down for you. Scientists have even tested this by flying atomic clocks on planes and they came back ticking slightly behind the ones left on Earth.
In quantum physics, time gets even weirder. Some physicists, like Carlo Rovelli, argue that time doesn’t even exist at the smallest scales. In his book The Order of Time, he suggests that the universe doesn’t need time only change. To him, time is a story we tell about motion, not a fundamental part of reality.
So maybe what we call “time” is really just our way of understanding motion from the level of planets and seasons down to atoms and particles. Without motion, there’s nothing to measure. Without change, there’s no “before” or “after.”

A Designer's Realization: Time as Movement, Not Ticking

I didn’t come to this idea while reading a science book or sitting in a lecture hall. I was simply riding my bike home, rushing to finish a freelance project. The faster I went, the more I noticed something strange: the world around me seemed to slow down. And suddenly, I asked myself if I’m moving faster, is time moving slower for me?
It wasn’t a technical question. It was a human moment. And it led me to a deeper thought: what even is time? The ticking of a watch, the deadline on a project, the sunset are these time, or are they just signs of movement?

Time isn’t something we follow. It’s something we feel, in every moment of change.

Conclusion

Time, as we experience it, might not be a fixed, independent thing. Instead, it could be a human-made system a way to measure movement, change, and the rhythms of the universe. From ancient sundials to modern atomic clocks, time has always been about tracking motion.
Physics shows us that time isn’t absolute. It can slow down or speed up depending on speed and gravity. And on the smallest scale, some scientists say time might not even exist.
For me, as a designer, this realization started with a simple moment riding a bike, feeling the world slow down, and questioning the ticking of the clock. It’s a reminder that sometimes the biggest ideas come from the smallest moments of curiosity.

About the Author

Tabish Haroon is a product designer who believes that design is not just about creating objects, but about shaping how we see and interact with the world. His work often explores the space between form and meaning, movement and stillness. He wrote this piece not as a physicist, but as a curious observer, questioning time, motion, and the systems we live by.
As a designer, I’ve been trained to observe patterns, to notice systems, and to question what we take for granted. This thought that maybe time doesn’t exist the way we think came not from physics formulas, but from experience, reflection, and curiosity

And maybe that’s the most important thing to remember: you don’t need to be a scientist to think deeply. You just need to pay attention to what’s already moving all around you.