FOR IMMEDIATE RELEASE

Spiral Bloom: A Visionary Suspended Sculpture Uniting Art, Space, and Light in Taipei's Urban Landscape

Spiral Bloom is a striking public art installation composed of three monumental stainless steel sculptures, each suspended within a vast, light-filled atrium featuring floor-to-ceiling glass. Designed by Kuo Kuo-Hsiang, the work draws inspiration from natural spirals and the concept of continuous transformation, symbolizing unity, evolution, and collective strength. The installation's three elements-measuring 640 cm, 750 cm, and 1070 cm-are each constructed from 51 meticulously crafted stainless steel components, arranged in concentric spirals that radiate outward to create a sense of floating movement and ethereal presence.

Engineered with precision, Spiral Bloom's components were laser-cut, welded, and polished to achieve seamless fluidity, while a sophisticated suspension system of precision-calibrated steel cables ensures both safety and visual elegance. The sculptures, weighing between 300 and 900 kg each, are suspended within a 36-meter-wide, 7.8-meter-high space. The interplay of natural light with the reflective surfaces produces shifting shadows and dynamic reflections throughout the day, transforming the atrium into a living canvas and inviting viewers to explore the installation from multiple vantage points, including ground level and second-floor windows.

The realization of Spiral Bloom demanded innovative problem-solving to balance structural stability with the illusion of weightlessness. Extensive research and full-scale simulations were conducted to refine the suspension system and harmonize the artwork with the minimalist architectural environment. The result is a transformative spatial experience that challenges perceptions of mass and gravity, while enhancing the aesthetic and experiential qualities of the public space. Spiral Bloom's recognition with the Golden A' Design Award underscores its impact as a trendsetting creation that advances the fields of art, design, and architecture.

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