Discovery through Light - CODAworx

Discovery through Light

Client: National Biotechnology Research Park

Location: Taipei City, Taiwan

Completion date: 2024

Project Team

Artist, designer and fabricator

Kana Tanaka

Kana Tanaka Art, Inc.

Art Director

Lin Shuen-Long

DADA IDEA Co., Ltd.

Overview

“Discovery through Light” is a public art installation at the National Biotechnology Research Park in Taipei, Taiwan, completed in 2024. Managed by DADA IDEA Co., Ltd. and created by artist Kana Tanaka, this project explores the interplay of light and form through hand-sculpted optical glass.

Science constantly peers through glass lenses to unravel life’s mysteries, no matter how small. These lenses reveal and illuminate the unknown, helping us visualize what is invisible to the naked eye. Through its reflections and refractions, glass offers a glimpse into fantastical realms, sparking imagination and hinting at wonders yet to be explored.

This installation features twenty hand-sculpted lenses mounted at eye level to large windows surrounding a cylindrical open-air atrium in the entrance lobby, and 143 solid glass orbs suspended above. Each lens captures transformed perspectives of plant life, buildings, and the sky, inviting viewers to explore new dimensions of their environment as they continue around the atrium to the stairway. The concept reflects the role of glass in scientific discovery, allowing us to peer into the microscopic world and uncover life’s mysteries.

L 15 m x H 7 m x W 5 m (50 ft x 23 ft x 16 ft)

Goals

The goals of integrating the "Discovery through Light" installation into the National Biotechnology Research Park project were multifaceted. Primarily, the artwork aims to enhance the aesthetic appeal of the facility, creating a visually stimulating environment that reflects the innovative spirit of scientific research. By incorporating hand-sculpted optical glass lenses, the installation seeks to evoke curiosity and wonder, drawing visitors into a deeper appreciation of the microscopic and macroscopic wonders of science.

Additionally, the integration of this artwork was designed to complement the architectural elements of the research park. The use of glass and light plays off the building's natural lighting, creating dynamic reflections and refractions that change throughout the day. This not only beautifies the space but also symbolizes the ever-changing nature of scientific discovery and innovation.

The installation aims to inspire and provoke thought among researchers, staff, and visitors. By providing a tangible connection between art and science, "Discovery through Light" reminds viewers of the creativity and imagination that drive scientific progress. The goal is to create an environment that supports and inspires the groundbreaking work conducted within the park.

Process

Initial consultations were held with the project management team at DADA IDEA Co., Ltd. (Taiwan) and the artist (California) to understand the spatial dynamics and lighting conditions of the site in Taipei. This collaboration was crucial in determining the appropriate scale, materials, and placement of the artwork to maximize its visual and symbolic impact.

As the designer, artist, and fabricator of "Discovery through Light," the artist conveyed site-specific design ideas through detailed architectural drawings, integrating original glass art concepts. Each submission required DADA IDEA Co., Ltd. to compile a comprehensive proposal for evaluation by a national organization, which assessed safety and artistic vision. Given the nature of public art, the judges had authority to approve the design and recommend their decision to the client.

During the fabrication phase, the artist undertook the intricate process of creating the glass elements, utilizing hot-glass techniques, meticulous grinding, polishing, and fitting the glass into panels. Additionally, the artist provided guidance on the installation method, sending samples and video demonstrations to the installation team in Taiwan, ensuring the suspended pieces were securely fastened and connected to the ceiling structure.