Foundational and emergent materials
Building blocks of tomorrow’s infrastructures
In an age of increasingly scarce resources, the materials of the future must rise to the highest standards. Industries must be able to produce them with Spartan efficiency. The materials themselves must be environmentally friendly. They must perform better than anything has before.
WSU scientists design new materials that will form the foundation of tomorrow’s infrastructures. Through exploration that spans physics, chemistry, and computational design, they create emergent materials, or new substances that push the boundaries of possibility. These materials possess essential physical properties that exceed the sum of their component parts. Among WSU scientists’ innovations:
- Cross-laminated lumber that can sequester carbon and reduce construction times
- Synthetic bone that can be custom-made on a 3D printer
- A soy-based battery that, unlike some lithium-ion batteries on the market, is not prone to exploding
Their innovations solve critical problems to make your life safer, healthier, and easier.
- Multifunctional, multiphysics, and smart materials
- Sensors and wide bandgap semiconductors
- Bio-based materials and green manufacturing
- Computational materials science
Creating jobs through sustainable building technologies
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 scholar Todd Beyreuther is 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 … » More …Read Story