If you ask an engineer what stands between them and their dream, they’ll probably make a joke about debt. If you throw a pile of cash at an engineer and ask them again, the problem may be solved, or they may tell you, “It’s just not possible yet”. New materials have been at the forefront of every technological or industrial revolution in history. We title eras of history by the materials that defined them, from bronze to steel, leading up to today’s so called ‘Silicon Age’. Electricity and fertilizers shaped the 20th century’s population boom, and progressively lighter, stronger steel gave it further form. As we begin to outstrip the capabilities of the materials that made our achievements possible in the past, materials engineers are rapidly pursuing new, novel materials to drive our advancing needs. Case in point, 2017 was the year of graphene with its promise to reshape how we do everything from computing to water filtration. 2018 is shaping up to be a year of silicon, lithium, and cobalt as we sprint towards newer, better batteries; bioconcretes are looking to be the future of roads and construction. Questions then arise. What technologies will drive the next wave of growth? What are engineers building now that will shape our next major wave of new inventions? What will those markets look like in 5 years? Ethan Harden, an analyst on the VCA team at RVC, has created an Industry Outlook about nanotechnologies and the advanced materials they’re driving. You can read it here.

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