Faculty of Design
Material Art & Design
Carrie Ye
Brainwave Symphony
Sculpture
The "Brainwave Symphony" sculpture is a striking and innovative piece inspired by the intricate patterns and structures found within biological neural networks. This unique sculpture combines art, science, and design to create a visually captivating representation of the complex organization and interconnectivity within the human brain. The "Brainwave Symphony" sculpture features an elaborate mesh pattern composed of diverse geometric shapes, such as triangles, trapezoids, and rectangles, that interweave to form a visually striking composition. This intricate design mirrors the structure of neural networks, with each shape symbolizing the countless neurons and connections responsible for processing and transmitting information within the brain. Crafted from silver, the "Brainwave Symphony" sculpture embodies a sense of elegance and sophistication, showcasing the artist's mastery of design and craftsmanship. The intricate patterns represent the diversity of thoughts within our minds, while the overall composition serves as a testament to the power and depth of human thought and cognitive processes. The refined design highlights the boundless potential of the human mind and the importance of interdisciplinary collaboration between art and science. The "Brainwave Symphony" sculpture not only captures the essence of neural networks but also serves as a reminder of the impact of visually portraying complex scientific concepts through the lens of art. By creating an innovative fusion of neuroscience and art, this piece encourages viewers to explore and appreciate the beauty and complexity of the human brain and its intricate neural networks. The "Brainwave Symphony" sculpture stands as a testament to the limitless potential of the human mind and the power of interdisciplinary collaboration.
Work by
Carrie Ye
“I explore the intricate interplay between neural networks, human body structures, and memory, creating a conceptual design that fuses science and jewelry. Drawing inspiration from the complex...” [More]
Celebrate the work of OCAD U’s class of 2022/2023!