Brown University researchers used 3D printing to develop new smart material, a combination of graphene oxide and alginate from seaweed, that can respond to environment

Briefing

Brown University researchers used 3D printing to develop new smart material, a combination of graphene oxide and alginate from seaweed, that can respond to environment

January 1, 2019

Briefing

  • Smart Material – Brown University researchers invented 3D printing method for making smart material that is combination of graphene oxide and alginate derived from seaweed
  • Stronger Material – Graphene oxide makes alginate stronger, when it would normally easily break under mechanical load or low salt solutions
  • Responsive – Material can soften or stiffen in response to different chemical treatments, potentially leading to materials that can react to their environment
  • Applications – Include biomedical uses, as well as oil-resistant sensors and coating for ships due to its alginate component
  • Next Steps – Include experimenting with material, coming up with more efficient ways to mass produce it, as well as optimizing or improving its properties

Accelerator

Sector

Cross-sector

Organization

Brown University

Source

Original Publication Date

November 21, 2018

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