Imagine a solid substance that feels as hard as stone at room temperature, and would shatter like glass if you struck it with a hammer. Pitch, the raw material of asphalt, at first glance "just sits there." It doesn't change, it doesn't move; it is a fixed substance.
What if in 1927, at the University of Queensland in Australia, Physics Professor Thomas Parnell had filled a glass funnel with pitch and waited to prove that this substance we think of as solid is actually an extremely slow moving liquid... And what if that experiment were still running today, nearly a century later?
This is known as the "Pitch Drop Experiment." It is a bizarre scientific test of patience that entered the Guinness Book of World Records, transcending human lifespans and generations. After Parnell put the pitch in the funnel and cut the stem, it took a full 8 years for the very first drop to fall. The second drop took 9 years, the third just as long... In the nearly one hundred years that have passed, only 9 drops have fallen. And do you know what is even more fascinating? Not a single scientist who guarded it, who watched over it like the apple of their eye, has ever witnessed the exact moment of a drop falling. One had stepped away for tea, another was home for the weekend, and others faced bad luck like camera malfunctions precisely when a drop was about to drop. Life, even at its slowest moment, had slipped away at a speed too secret for the human eye to catch.
What does this experiment tell us about time?
The philosopher Henri Bergson does not see time as a mechanical, spatial line divided up by clocks; to him, this artificial time shown by clocks causes us to miss reality. The real time Bergson calls "duration" is a qualitative river into which the past flows continuously into the present. The fact that scientists could never quite catch the fall of that drop is almost a whimsical cosmic joke. Humans try to keep up with the "duration" of nature using the speed of artificial clocks and cameras, but they are always late. Because nature does not move to the rhythm of our impatience, but rather by its own inner tempo.
We want to divide time into seconds and consume everything right now, this minute. We make fast decisions, we burn out quickly, trying to keep a record of every single moment. Yet the pitch drop tells us of the existence of an entirely different kind of time. The time of duration. That "continuous river" Bergson speaks of is perhaps precisely the flow of this pitch drop. While we look at our watches and complain, "How slowly it passes," the pitch moves according to an obstinate law of its own, telling no one, adhering to its own nature. It obeys neither a calendar nor our impatience. Perhaps the whole point is not being trapped in the ticking hands of the clock on our wrist, but being able to feel the deep patience hidden within those invisible drops of pitch. Because the most real things are not those that rush past; they are the ones that mature stubbornly, silently, and in their own time.
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