Singapore Unveils Its Double Helix Bridge
Michael Hines — April 26, 2010 — World
References: marina-bay.sg & architecture-view
If science and architecture had a child it would be the new double helix bridge in Singapore. There is nothing pedestrian (pun intended) about this bridge.
The double helix bridge was designed by three firms and stretches 280m across Singapore's Marina Bay. The bridge will also feature remotely-controlled lights to help set the mood for your moonlit stroll. Science and architecture living in sin is a beautiful thing.
Implications - The DNA bridge in Singapore is a novel concept that is absolutely stunning from an aesthetic perspective. The DNA bridge demonstrates that the human body and the natural can be great sources for design. If you love innovative design concepts, you will be mad for this bridge. Get ready to see something truly outstanding. A great collection.
The double helix bridge was designed by three firms and stretches 280m across Singapore's Marina Bay. The bridge will also feature remotely-controlled lights to help set the mood for your moonlit stroll. Science and architecture living in sin is a beautiful thing.
Implications - The DNA bridge in Singapore is a novel concept that is absolutely stunning from an aesthetic perspective. The DNA bridge demonstrates that the human body and the natural can be great sources for design. If you love innovative design concepts, you will be mad for this bridge. Get ready to see something truly outstanding. A great collection.
Trend Themes
1. Innovative Bridge Designs - The DNA bridge in Singapore showcases a novel concept in bridge design, highlighting the potential for creative and unique architectural structures.
2. Integration of Science and Architecture - The double helix bridge demonstrates the fusion of scientific concepts with architectural design, unlocking new possibilities for collaborative projects in the future.
3. Aesthetic Inspiration From Nature - The DNA bridge's design draws inspiration from the natural world, reinforcing the idea that biology and organic shapes can serve as valuable sources for innovative design.
Industry Implications
1. Architecture and Engineering - The DNA bridge highlights the potential for architects and engineers to push boundaries and create visually striking structures that challenge conventional norms.
2. Tourism and Travel - The double helix bridge in Singapore holds the potential to become an iconic tourist attraction, drawing visitors who appreciate unique architectural landmarks.
3. Lighting and Technology - The use of remotely-controlled lights on the bridge presents opportunities for lighting and technology companies to explore innovative ways to enhance the visual experience of urban structures.
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