What's Next For Nanotechnology
Future of field lies in hands of the next administration. read more...
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New Growth In Inorganic Nanopeapods
Nanoscientists have discovered a new way to grow inorganic nanopeapods--nanoscale shells that enclose a row of nanoparticles. read more...
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Surface Patterning With Nanoprecision
By corralling self-assembled monolayers (SAMs) within the pores of a supramolecular network, chemists in Europe have developed a method for creating patterns over large surface areas with nanoscale prec read more...
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Measuring Mass With A Nanotube
Physicists at the University of California, Berkeley, have devised a nanotube-based mechanical sensor with atomic resolution that has several advantages over traditional mass spectrometers. read more...
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Light-Controlled Nanowires
Researchers in China have prepared hybrid organic-inorganic semiconducting nanowires where electrical conductivity can be switched on and off with light. read more...
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Flexible Circuits From Carbon Nanotubes
Random networks of single-walled carbon nanotubes can be used to construct high-performance integrated digital circuits on flexible plastic substrates, according to a new study. read more...
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From Diseases To Devices
Amyloid fibrils are hallmarks of disease but also may provide a basis for advanced nanomaterials. read more...
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