Materials Science
- Materials Science
A Soft Touch: Imaging technique reveals hidden atoms
Researchers have devised a new imaging technique for visualizing every carbon atom in the basic unit of graphite.
- Materials Science
Charging cartilage
A hybrid material made of biodegradable polymers and carbon nanotubes yields an optimal scaffold for growing cartilage.
- Materials Science
Soft spheres yield photonic structures
A novel technique for patterning light-guiding channels through photonic crystals made of hydrogel nanoparticles may lead to faster, all-optical telecommunications technologies.
- Materials Science
Molecular Memory: Carbon-nanotube device stores data in molecules
Scientists have created a memory device in which data are encoded in switching molecules called catenanes that are attached to a carbon nanotube.
- Materials Science
Sopping Up Heavy Metal: Hybrid material removes mercury from water
A hybrid material consisting of a bacterial protein and a temperature-sensitive polymer proves efficient at removing mercury from contaminated water.
- Materials Science
Plastic Chips: New materials boost organic electronics
A new class of electrically conducting organic molecules provides researchers with improved materials with which to fabricate plastic electronic devices.
- Materials Science
Titanium makes move toward mainstream
Inventors of a new process for producing titanium claim that their method can reduce the metal's cost to one-third its current price.
- Materials Science
Layered Approach
A decade-old method for creating thin coatings is poised to move from the lab to countless low- and high-tech products.
- Materials Science
Worm’s Jaws Show Mettle: Zinc links may inspire new materials
New analyses of the jaws of marine worms may lead scientists to better ways of making synthetic materials.
- Materials Science
Miniature Motor: Nanotubes central to new rotating device
Researchers have used miniature, nested cylinders, called multiwalled carbon nanotubes, to make a motor only 300 nanometers long.
- Materials Science
Tiny Labs: Polymers on silicon chip catch, release proteins
In a step toward a new laboratory-on-a-chip technology, researchers have grown a dense polymer film on a silicon wafer that takes up and releases proteins on command.
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