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It's a point worth repeating: artificial nanomachines can have fundamentally higher performance than biological machines. Although we can often benefit from biological inspiration, we should never assume that biology sets upper bounds for what is possible. In fact, biology sets low...
Researchers from North Carolina State University have learned how to consistently create hollow, solid and amorphous nanoparticles of nickel phosphide, which has potential uses in the development of solar cells and as catalysts for removing sulfur from fuel.
Thu, Sep 24 | from Nanotechwire.com