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A rolling nanoimprint lithography stamp could be used to print components for displays and solar cells.
A prototype fuel cell runs on a wide range of fuels without turning up the heat.
Injected directly into the spinal cords of paralyzed mice, a new material restores use of the animals’ hind legs.
A simple way to pattern organic semiconductor material could mean cheap, large, bendable electronics.
A nanocomposite of aluminum oxide and a polymer is as tough as metals but lighter.
Sheets of elastic, sticky polymers could replace sutures and provide long-term drug delivery.
Researchers create three-dimensional structures using DNA-directed assembly.
MIT researchers have invented a microfluidic way to efficiently make particles with exquisite internal structure.
Researchers can make an adhesive either stick or come undone by changing its acidity.
A new computer model could significantly advance nanoscale engineering.