"Ode to Nanobubble" is an interdisciplinary project that merges science, music, and art. It uses Nanobubble technology to create a new music piece, a performance play, and a laser cutting art-piece, demonstrating how the combination of scientific knowledge and artistic elements can lead to a new way of experiencing science.

The music piece is composed based on the concept of the Nanobubble technology, resulting in captivating themes and melodies. The visual approach in the score creates a correlation between the music and the technology, making it more accessible and comprehensible by spelling out "NANO" and "Cl" with whole notes.

The performance play is divided into two parts: a "pollutant" theme played on a 3D printed violin and "Nanobubble" music played on an acoustic violin, with a scientist student as the narrator, providing the audience with a general idea of the Nanobubble technology. This performance intends to provide a multi-sensory experience by combining music, storytelling, and science.

Furthermore, the project features an art piece created using laser printing that showcases the music score and the Nanobubble technology that inspired the music piece.

"Ode to Nanobubble" highlights the intersection of science, music, and art, demonstrating the power of collaboration and creativity. It offers a unique platform to make scientific knowledge accessible and engaging to the audience through music and art, including raising awareness of the limitations of current water treatment technologies and the potential of Nanobubble technology. It provides a unique opportunity to bring scientific knowledge to a broader audience in a way that is comprehensible and captivating, fostering curiosity and creativity, and encouraging an appreciation for the beauty and wonder of science, music, and art.