[Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - COVER IMG] Sean Wei-Zhe Lin, Joey Chun-Yi Yeh
[Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 1] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 2] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 3] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 4] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 5] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 6] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 7] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 8] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 9] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 10] [Sean Wei-Zhe Lin - Shape of Ultra-Sound (S.O.U.S.) - IMG 11]

Shape of Ultra-Sound (S.O.U.S.)

PrizeHonorable Mention in Architectural Design / Mixed Use Architecture
Project locationTaipei, Taiwan
University/SchoolNational Taiwan University of Science and Technology
Lead ArchitectSean Wei-Zhe Lin
Design TeamJoey Chun-Yi Yeh
Project Videohttps://youtu.be/MENyi_ylDk8

In many studies and in the experiment, using the ripple of sound, you can move tiny sand particles, and arrange the special shape of the ripple. If we amplify the energy of the sound and the energy of the precise intersection of the peak and low sound waves, we can push larger objects; from the sand on the mobile desktop to the construction of skyscrapers. In physics field, sound is a vibration that propagates as an acoustic wave, through a transmission medium such as air, liquid or solid. The curtains, slabs, and floor plans in this skyscraper all use dynamic sound energy to generate ripples