Decorative laminated glass in curved profiles Livinglass Curves is the first decorative laminated glass made in curved profiles. Available in an array of interlayer patterns
Atom-splitting mesh Researchers at the Lawrence Berkeley National Laboratory and the University of California have created a material that splits CO2 atoms into oxygen and
Transparency-modulating apparel Intimacy is a fashion project exploring the intersection of technology and human interaction. The smart fabric detects the biological condition of its wearer
Mobile, micro-scaled sandstone manufacturing plant Peter Trimble’s Dupe is a micro-scaled, mobile manufacturing plant that synthesizes sandstone objects out of sand, urine, and bacteria. Building
Interactive shape-shifting display In 2012, MIT’s Tangible Media Group proposed the idea of radical atoms, a new user-interface paradigm in which atoms become as manipulable
High-performance honeycomb glazing Panelite’s ClearShade high-performance exterior glazing enables the optimization of both daylighting and solar heat control. The only high-performance honeycomb glazing technology tested
Rapidly renewable veneer panels from South America Tropical Veneer Collection consists of handcrafted veneer materials from South America, featuring rapidly renewable and commonly occurring materials, such as coconut and totumo shell, plantain bark, tagua seed, and pearlstone. These products are
Spun-polyethylene honeycomb lights Molo Design’s Textile Softlight is an expandable floor lamp made entirely of sheets of spun polyethylene fiber that utilize an expandable honeycomb structure. Light is absorbed and contained within the fixture’s layers, giving off a warm inner
Textural polypropylene-module wall system When Ronan & Erwan Bouroullec received a commission to create a rooftop shelter in Paris, they devised a system based on a tiny three-dimensional motif. Like their Algues product, Twigs is comprised by an aggregation of
Biodegradable-fiber space divider Designer John Hoiby characterizes green composites as fully biodegradable and consisting of plant fiber and plant-based resin. Developed as a collaborative thesis between the Department of Architecture and Department of Textile and Apparel at Cornell University, Fiber