Cymatics: mathematic art of nature

Cymatics: mathematic art of nature

Cymatics studies the relationship between sound waves and visible patterns in matter. It is an emerging field explored by artists, scientists, and musicians alike.

The History of Cymatics

The study of cymatics can be traced back to ancient Greece. Pythagoras, the famous mathematician and philosopher, discovered that the musical intervals created by plucking a string were related to the length of the string. He realized that there was a mathematical order in the way sound waves interact with matter.

In the modern era, cymatics was advanced in the 19th century by Ernst Chladni, a German physicist. Chladni used sand and metal plates to visualize the patterns created by sound waves. He discovered that the patterns created depended on the frequency of the sound wave, the shape of the object, and the material it was made of.

The Application of Cymatics

In the 21st century, cymatics has been embraced by artists, musicians, and healers alike. Sound therapy has been used for centuries to treat ailments. Cymatics takes it further by visualizing sound waves and their effects on matter. Practitioners can create a visual representation of the sound wave, which can help patients understand the therapy.

Cymatics has also been used in the field of music. A modern musical style has emerged with harmonious and balanced compositions by playing with the patterns created by sound waves. Musicians have also used cymatics to develop new instruments, such as the cymatic guitar and the cymatic drum.

Tanya Harris's work with cymatics and architecture has opened up new avenues of exploration in architecture. By understanding the patterns created by sound waves, architects can create more harmonious and balanced spaces. Harris's work with Hawksmoor's architecture has shown how sound and geometry can create beautiful and functional spaces.





Cymatics is a fascinating field still in its early stages of development. Its applications are vast and varied, from healing to music to architecture. As we continue to explore the relationship between sound waves and matter, we will discover even more ways in which cymatics can be used to improve our lives. So, the next time you hear a beautiful piece of music or step into a beautiful space, remember that cymatics may have played a role in its creation.

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