Quick thoughts: Cymatics & Geography

I had these thoughts following my encounter with Chladni plates -- developed by Ernst Chladni in the late 18th century. Chladni's experiments involved using a bow to induce vibrations along a metal plate, prompting particles on its surface to react and create captivating geometric designs. With higher frequencies, these designs grow more complex. I was intrigued by the patterns and couldn't help but draw parallels to patterns seen in both natural and man-made environments, especially in urban areas and cities. This observation piqued my interest in exploring the connections between acoustics, sound waves, and geography.

There are several aspects to consider:

1. Resemblance to sand movements on the Chladni plate: Exploring whether our own experiences and movements are influenced in a similar manner to the way sand particles react to the vibrations on the Chladni plate.

2. Human and animal interactions with sound: Investigating how humans and animals perceive and interact with sound, and whether certain frequencies or patterns have distinct effects on their behavior, migration, or communication.

3. Fascination with patterns: Reflecting on our inherent attraction to patterns and seeking to understand the psychological, cultural, or biological reasons behind this fascination.

   
   

It is known that cymatic frequencies can impact all forms of matter, but could there be a possibility that these effects extend to human and animal migration, urban sprawl, or development? Exploring how we can measure and quantify these potential influences presents some food for thought.

Image source: The Journal of the Acoustical Society of America