As a amateur potter, I think ceramic glazing is incredibly beautiful not just in an aesthetic sense, but because of how conceptually elegantly it embodies chaos and chance.

During firing, billions of particles on a glaze surface engage in interactions that are governed by deterministic physical laws, but lead to unpredictable, stochastic patterns.

These patterns come from the sensitive interplay of many factors: temperature gradients, crystal nucleation, and phase transitions among others. This results in the formation of intricate fractal patterns. For example, the dendritic growth of zinc crystals branches results in self-similar structures developing across multiple scales. Similarly, the formation of oil spots in temmoku glazes can be seen as a Markov processes, where each state transition only depends on current conditions, yet somehow lead to astonishingly complex patterns through many many interactions. In my view, these patterns bridge randomness on a micro level and a more macro sense of beauty.

As a potter, I can try and influence, but can never fully control these processes. I can set initial conditions and try and guess what a pot may look like, but ultimately when the kiln door closes you have to concede to the unobservable randomness inherent to the process. The way iron crystals bloom or copper transforms in reduction demonstrates that even well-understood chemical reactions can yield surprising results when part of a chaotic system. The understanding that we cannot predict exactly how particles will arrange themselves in the kiln is a humbling one.

What emerges is more than just color and texture but a freezeframe exposition of randomness. Each pattern will probably never be repeated again even in the lifespan of the universe, and each ceramic piece captures a unique configuration of matter that exists only once. I find this ephemeral quality so beautiful.