Harmonic Motion Cymbal, audible and visible cymbal vibrations / Alba Triana (CO)
This musical composition and immersive installation explores the vibrational and interconnected essence of the universe. It delves into the dynamic web of waves and resonances that link all matter and energy, permeating all aspects of existence, including the sound(s) we hear and the music we create.
At the center of the installation, a cymbal vibrates. A controlled electrical signal activates the cymbal resonance modes—the unique patterns at which it intrinsically vibrates. Thus, the cymbal’s natural vibrations become audible to the visitors without any human touch. Also, drawing on interferometry, a scientific research technique, a custom laser system makes the cymbal’s vibrations visible. Fourteen reflections, arranged in a spiral fashion, “float” around the cymbal, forming a vortex-like configuration.
Credit: Camilo Martin_ Alba Triana Studio // Scientific consultant: Prof. Christophe Galland, Laboratory of Quantum and Nano-Optics Director, Institute of Physics, EPFL
Harmonic Motion Cymbal, audible and visible cymbal vibrations / Alba Triana (CO)
This musical composition and immersive installation explores the vibrational and interconnected essence of the universe. It delves into the dynamic web of waves and resonances that link all matter and energy, permeating all aspects of existence, including the sound(s) we hear and the music we create.
At the center of the installation, a cymbal vibrates. A controlled electrical signal activates the cymbal resonance modes—the unique patterns at which it intrinsically vibrates. Thus, the cymbal’s natural vibrations become audible to the visitors without any human touch. Also, drawing on interferometry, a scientific research technique, a custom laser system makes the cymbal’s vibrations visible. Fourteen reflections, arranged in a spiral fashion, “float” around the cymbal, forming a vortex-like configuration.
Credit: Camilo Martin_ Alba Triana Studio // Scientific consultant: Prof. Christophe Galland, Laboratory of Quantum and Nano-Optics Director, Institute of Physics, EPFL