A discovery of unexpected properties of an insulating layer only a few atoms thick may lead to a new nanotech approach to faster computers.
A discovery of unexpected properties of an insulating layer only a few atoms thick may lead to a new nanotech approach to faster computers.
A nanotech formulation may have saved one of the most promising broad-spectrum antiangiogenesis cancer therapies from being side-tracked due to neurotoxic side effects.
A novel nanotech procedure produces metal nanostructures containing uniform hexagonal pores about 10 nm across that could supply new catalysts, faster metal wires for microchips, and better optical materials.
Antibody-coated carbon nanotubes only bind to cancer cells targeted by the antibody, and irradiation with near-infrared light causes the bound carbon nanotubes to heat up and kill the cancer cells.
