Scientist develop the first material with multiple responsive behaviors
Imagine airplanes and roads that self-heal after exterior damage. Imagine wearing clothes that monitor your health needs. Innovations like these require smart materials, which not only capture and analyze data, but change in response to findings.
Smart materials are the building blocks of the Internet of Things—a network of objects embedded with electronics, software, and connectivity. This network produces enormous volumes of actionable data.
While there are barriers to overcome before smart materials hit the mainstream, a recent discovery made at WSU will accelerate their advancement.
Cross-laminated timber could invigorate the regional economy
Buildings stand among the nation’s leading producers of greenhouse gases. To blame is the energy used to operate them and the carbon-heavy materials required to construct them. With populations increasingly shifting toward urban centers, construction will only continue. Reducing emissions created by urban growth will require rethinking our built environment.
Much of that rethinking is happening at WSU, where architecture and engineering scholars are designing future skylines made of wood. Not often used in today’s urban infrastructures, wood is a renewable resource. It can be sustainably forested and manufactured into panels that have high-performance properties comparable to those of … » More …