Bioluminescent Light Installations

'Light Pollination' is on Display at the London Design Festival

'Light Pollination' is an interactive light installation commissioned by iGuzzini and designed by London-based art and design firm Universal Assembly Unit for the 2016 London Design Festival. The display, which is being shown in South Kensington, features an obliquely geometrical series of anemone-like lights that react to stimuli from observers.

Light Pollination consists of 20,000 LEDs that shine throughout fiber-optic cables. These cables are embedded with sensors that detect incoming light from exterior sources. The entire Light Pollination exhibit is connected to software that causes shimmering and color-changing effects when observers shine lights (such as their cellphone lights) on the piece. The result is a complex and adaptive exhibit that both mimics bioluminescence in nature and makes a statement about the relationship between digital technology and nature in the modern day.
Trend Themes
1. Interactive Light Installations - Opportunity for creating unique and engaging experiences through interactive light installations.
2. Bioluminescent Design - Potential for incorporating bioluminescent elements into various design applications, creating a visually captivating effect.
3. Technology-nature Integration - Potential for exploring the intersection of digital technology and nature, in order to create art and design installations that provoke thought and conversation.
Industry Implications
1. Art and Design - Artists and designers can leverage interactive light installations and bioluminescent design to create captivating visual experiences that engage viewers.
2. Event Planning - Event planners can incorporate interactive light installations into their events to enhance the atmosphere and create a memorable experience for attendees.
3. Museum and Exhibition - Museums and exhibitions can utilize bioluminescent design to create immersive and interactive displays that captivate visitors and provoke discussion.

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