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Hewlett-Packard researchers have designed a faster, more energy-efficient chip by packing in more transistors–without shrinking them.
Researchers are designing a “dialysis-like” machine that could identify and remove pathogens responsible for an often lethal blood infection.
New coating promises to turn an atomic force microscope into an even more useful tool.
A new fabrication technique lets batteries use tin electrodes, and store more energy.
With a new printing technique, researchers can now make enough metamaterials to begin fabricating invisibility cloaks and superlenses.
Graphene devices could make extremely sensitive sensors and superfast electronic switches for consumer electronics.
Active metamaterials might be used in solar cells that change properties with the weather.
A new method could allow more practical manufacturing of the material.
New circuits bring low-power nanotube computers closer.
A new device rapidly analyzes blood for medically relevant genetic variations.