


Over 40,000 people from across the global design community gather in Chicago each June to celebrate the latest in design and architecture. From June 12 to June 14, the Fulton Market District will host the First Annual Fulton Market Design Days to welcome design professionals and enthusiasts. The event will feature product launches, exhibits, and events. The Fulton Market District has become a preeminent design destination and home to many notable design brands. A complimentary round-trip shuttle will run between the Merchandise Mart and the Fulton Design District to simplify transportation.
Visit FultonMarketDesignDays.com to learn more about the event's leading brands and design firms, the complimentary shuttle service, and other Design Day news.


A new report from research firm Forrester found that the workplace potential of extended reality devices and metaverse applications has been exaggerated. Only 8% of the 10,000 employees surveyed used a VR headset for work on a weekly basis, while only 7% used an AR or mixed-reality device. The hardware of VR devices remains too cumbersome for people to comfortably use for a long stretch of time.
While expectations have fallen short, there are a few key use cases where VR and AR are making a difference in the way people work, such as enterprise training and remote assistance to frontline workers. However, the hype around the metaverse has been a distraction from some of the more practical and robust uses of the technology.


Fabrics have a wide range of uses, but certain properties limit their potential. For example, fabrics are not as useful as rigid materials for impact-resistant surfaces or electronic devices. However, advances in fabric technologies are expanding their material capacities in new directions.
One surprising capability of fabrics is their puncture resistance. Researchers at Tianjin University in China recently developed a stab-resistant material made from aramid fibers coated with polyacrylate and carbon nanotubes. The new textile is light and flexible while also solving previous limitations. In addition to puncture-resistant apparel and packaging, the new fabric has potential for robust architectural textiles.
Another surprising textile trait is their ability to conduct electricity. A new conductive organogel infused with liquid metal has been developed by engineers at Carnegie Mellon University. The new composite is highly elastic and possesses self-healing properties, making it ideal for soft robotics.
Fabric innovations are also delivering unanticipated new products that support a circular economy. French company FabBRICK manufactures solid construction modules out of recycled textiles. These modules are used for interior partitions, furnishings, and surfaces. FabBRICK invites organizations to donate their textile waste to create new products, including decorative objects and wall coverings. The company’s contribution to the textile industry is not only to devise a novel application in need of greater resource efficiency but also to increase the resourcefulness of the sector itself.


