Diamond mechanosynthesis modeled on 200-atom surface

Using over 100,000 CPU hours, a Zyvex/IMM/Georgia Tech team including the familiar-to-Nanodot names of Robert Freitas, Ralph Merkle, Jim Von Ehr, and John Randall — along with soon-to-be-familiar co-authors Jingping Peng and George Skidmore — have modeled the mechanosynthesis of diamond onto a 200-atom surface. Published in the Journal of Computational and Theoretical Nanoscience (1… Continue reading Diamond mechanosynthesis modeled on 200-atom surface

European team make nanoactuator

A UK/France/Italy/Netherlands/Czech team have announced the building of a new nanosensor/switch/actuator. As described by CORDIS (Source: Foresight News Digest): “The motor is attached to the [DNA] strand at the specific sequence of bases. Then the team introduces ATP, the phosphate molecule that provides energy within living cells, into the microfluidics channel. This is the fuel… Continue reading European team make nanoactuator

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