A chemical 'keypad lock' for biomolecular computers

Researchers in New York are reporting an advance toward a new generation of ultra-powerful computers built from DNA and enzymes, rather than transistors, silicon chips, and plastic. Their report on development of a key component for these “biomolecular computers” is scheduled for the March 26 issue of ACS’ Journal of the American Chemical Society.

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<p><a href="http://www.physorg.com/news125588336.html">A chemical 'keypad lock' for biomolecular computers</a></p> <p>Researchers in New York are reporting an advance toward a new generation of ultra-powerful computers built from DNA and enzymes, rather than transistors, silicon chips, and plastic. Their report on development of a key component for these “biomolecular computers” is scheduled for the March 26 issue of ACS’ Journal of the <i>American Chemical Society</i>.</p>