Step Inside this Giant Kaleidoscope That Feels Like it Descended From Krypton - Yanko Design
Briefly

Step Inside this Giant Kaleidoscope That Feels Like it Descended From Krypton - Yanko Design
"This isn't your typical public art installation that politely sits in a corner being contemplative. Instead, it's a massive crystalline beast that looks like it crash-landed from Krypton, all faceted surfaces and impossible geometry that shifts from alien fortress to disco ball depending on the light. The structure is based on an icosahedron, but Li Hao has exploded and reconstructed it into something that feels both mathematically precise and completely otherworldly."
"Those iridescent panels catch and fracture sunlight into a spectrum that would make a prism jealous, creating this constantly shifting light show that transforms throughout the day. At sunset, the thing becomes a beacon of pure color that radiates across the landscape like some kind of interdimensional lighthouse. The dichroic glass or film coating on each facet creates that oil-slick rainbow effect, where purples bleed into teals, oranges melt into magentas, and the whole structure seems to pulse with its own internal energy."
"From a distance, it reads as this monolithic alien artifact, but as you get closer, the complexity of the internal structure reveals itself. Those black steel frames create a secondary geometric pattern within each colored panel, adding depth and visual texture that keeps your eye engaged. The mesh or perforated elements in some sections let you see through the structure, creating layers of transparency that make the whole thing feel less solid and more like a hologram materializing in space."
Pop Star View Platform by Li Hao reimagines an icosahedron into an exploded, faceted structure that oscillates between alien fortress and disco ball. Iridescent panels and dichroic coatings fracture sunlight into a shifting spectrum, producing intense color displays that change through the day and peak at sunset. Black steel frames and perforated meshes introduce secondary geometry, depth, and transparency, letting viewers see internal complexity and layers. Engineering challenges include maintaining structural integrity across many angled surfaces while supporting large spans and transparent elements. The work plays with scale and perception, appearing monolithic from afar and intricate up close.
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