Purdue University researchers have incorporated metal binding sites into small collagen peptides and used metal-ligand interactions to drive aggregation. Self-assembly of 3D structures is spontaneous, highly reproducible, and reversible. Fine, nanoscale detail and ultimate control at the single mole.....
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Researchers at Purdue University have developed an experimentally validated scientific model that can be used to predict the adhesion force of rough, deformable, geometrically complex particles to rough, deformable surfaces in vacuum, gas, or liquid environments. This model has been used to develop .....
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Researchers at Purdue University have developed a laser-growth method for forming graphene sheets on quartz. Using a laser has the advantages of high speed and being localized. Because the graphene is grown directly on an insulator, there is no need to transfer it, making this a one-step manufacturi.....
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Researchers at Purdue University have developed a new method of creating hydrophobic surfaces on polymers and metals for use in fabricating microfluidic devices with structured inner wall surfaces that provides control of flow rate in microfluidic channels. It may be used for applications where it i.....
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