Reaching High
Reaching High (2015)
Sun Yu-li, ERI@N and NTU Museum
Stainless Steel with Solar Panels
H5800 x Dia2200 mm
Reaching High is a kinetic light art installation, one of the first interdisciplinary artworks in NTU that combines technology and art. The sculpture embodies the spirit of the competition as it portrays the unity of man, technology, and nature working in harmony towards success and a brighter future. Reaching High also highlights the importance and multiple uses of renewable energy, and this is one example of how it can be used to enhance and add interactivity to art.
Photographed by Nicholas Yeo
Artist
Reaching High is jointly created by sculptor Sun Yu-li and the Energy Research Institute @ NTU.
Sun Yu-li is a sculptor whose artistic pursuit of truth is through oriental and western reasoning in art. He is intrigued by the knowledge fields of topology, archaeology, metaphysics, linguistics and mathematics, interested not in forms per se but in finding the form from which all forms originate. His creations are built upon this fundamental philosophy, resulting in a distinctive style and innovative technique.
Artist bio from sunyuli.com
Behind the Scenes
Reaching High was commissioned with support from Sport Singapore and presented as the first torch at the Torch Up! Festival during the 28th SEA Games held at ION Orchard on 7 March 2015.
See the kinetic installation in action at SG Sports TV:
Related Artworks
Renewable Energy Art
Reaching High is the first of four collaborative renewable energy artworks on the campus created in collaboration with ERI@N and NTU Museum.
Dandelion
Dandelion is a 5m tall renewable energy light installation inspired by NTU's lush nature and the turfed architectural roofscape of the ADM building.
Fern
Inspired by the lush greenery of the campus, Fern is a site-specific sculptural bench that provides shelter to busy students and teachers in transit.
Bloom
Located at the LKCMedicine Novena Campus, Bloom is a renewable energy artwork with 'live'' flowers that respond to the changing weather conditions.