Silk Pavilion
The Silk Pavilion, a project by Neri Oxman and the Mediated Matter group, explores the relationship between digital fabrication and biological creation. This stunning installation was spun by thousands of silkworms guided over a robotically woven structural framework. It perfectly demonstrates how architecture in the digital age can integrate living organisms to manufacture complex, highly efficient, and beautiful natural structures.
3D Printed Glass Objects
Showcasing pioneering work in additive manufacturing, “3D Printed Glass” by Neri Oxman and the Mediated Matter group represents a significant technological leap. This project developed a unique process for optically transparent glass printing, allowing for the creation of complex, customized geometrical structures. It opens up incredible new possibilities for architectural applications, blending advanced digital fabrication with the organic properties of molten glass.
Mirasol screens
Mirasol screens feature a revolutionary reflective display technology developed by Qualcomm. Inspired by the brilliant, iridescent wings of morpho butterflies, these displays utilize an interferometric modular technique. By relying on reflected environmental light rather than internal backlighting, Mirasol screens dramatically reduce power consumption while providing excellent visibility even in direct sunlight, offering a highly sustainable and biomimetic alternative to traditional digital screens.
ORNILUX
Developed by Arnold Glas, ORNILUX is an innovative, bird-safe architectural glass designed to prevent fatal window collisions. Drawing direct inspiration from the UV-reflective strands found in certain spider webs, this glass incorporates a patterned UV coating. While completely transparent to the human eye, the intricate patterns are highly visible to birds, effectively warning them away and significantly reducing deadly impacts on modern glass facades.
Sharklet
Developed by Sharklet Technologies, Sharklet is a pioneering biomimetic surface technology that effectively repels bacteria without relying on harsh chemicals or antibiotics. Its unique micro-pattern is directly inspired by the microscopic denticles found on shark skin, which naturally resist biofouling. By physically deterring microbial growth through its structural design alone, Sharklet offers a highly sustainable, non-toxic solution for medical and public health applications.
BioFriend Antimicrobial Overview
“BioFriend antimicrobial technology” by the BTU-Center represents a major advancement in eco-friendly surface sanitation. This innovative bio-based disinfectant product likely leverages naturally occurring antimicrobial peptides to effectively neutralize harmful pathogens. Designed as a sustainable alternative to traditional, harsh chemical cleaners, BioFriend aims to provide robust hygienic protection for various environments while significantly minimizing toxic ecological footprints and promoting safer, greener public health standards.
StoColor Climasan
StoColor Climasan, developed by Sto Corp, is an innovative, photocatalytic interior paint designed to actively improve indoor air quality. When exposed to standard interior lighting, the paint’s unique formulation initiates a continuous chemical reaction that neutralizes harmful organic pollutants and eliminates strong odors. This brilliant, self-cleaning technology transforms standard walls into active air purifiers, fostering significantly healthier and fresher living environments without additional energy.
StoColor Lotusan
StoColor Lotusan exterior paint, produced by Sto Corp, utilizes the incredible biomimetic Lotus-Effect® Technology. By mimicking the microstructured surface of a lotus leaf, this paint creates a highly water-repellent facade. When it rains, water immediately beads up and rolls off, effortlessly carrying away dirt and dust. This phenomenal self-cleaning property significantly reduces maintenance costs and keeps architectural exteriors pristine, dry, and protected over time.
