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Mimicking This Tiny Glass Sponge For Stronger, Lightweight Modular Building Materials

This video explores the Venus flower basket's incredible cellular architecture, and how engineers at Metavoxel Technologies have designed 3-D modular building materials that produce strong but lightweight properties. By learning from nature's way of doing more with less, this approach can reduce our carbon footprint while producing better-performing materials. The secret of the Venus flower basket lies in its complex structure, which evolution has honed over billions of years: maximum performance with minimal material. Humans, on the other hand, use about 100 billion tons of material per year to make everything in our built environment, producing 25% of global greenhouse gas emissions and a third of which ends up as waste. Taking inspiration from the Venus flower basket, engineers at Metavoxel Technologies have designed 3-D cellular building blocks made of a range of materials, including wood and biocomposites. These blocks can be mass-produced and assembled by high-speed robotics into metamaterials that exhibit properties the raw materials themselves do not possess, resulting in strong but ultra-lightweight construction materials for buildings, bridges, furniture, vehicles, and more. This revolutionary approach not only produces better-performing materials but also reduces our carbon footprint by using fewer raw materials and learning from nature's way of doing more with less. For more, visit https://www.metavoxel.tech/ https://asknature.org/innovation/modu... Video by Root House Studio (http://roothousestudio.com) Special Thanks to the Ray C. Anderson Foundation LEARN ABOUT BIOMIMICRY https://biomimicry.org/ https://asknature.org/ SOCIAL MEDIA   / biomimicryinstitute     / biomimicryinstitute     / biomimicryinstitute