Help -
Help for Webmasters
« back to results for ""
Below is a cache of http://www.ornl.gov/~webworks/cppr/y2001/pres/110351.pdf. It's a snapshot of the page taken as our search engine crawled the Web.
The web site itself may have changed. You can check the current page or check for previous versions at the Internet Archive. Yahoo! is not affiliated with the authors of this page or responsible for its content. Programmed Assembly of Quantum-Dot Arrays on DNA Templates: Hardware for Quantum Computing? Programmed Assembly of Quantum-Dot Arrays on DNA Templates: Hardware for Quantum Computing? J. C. Wells 1 , K.A. Stevenson 2 , G. Muralidharan 2 , T. G. Thundat 2 , L. Maya 3 , J. Barhen 1 Center for Engineering Science Advanced Research 1 Computer Science and Mathematics Division 2 Life Sciences Division 3 Chemical and Analytical Sciences Division Oak Ridge National Laboratory, Oak Ridge, TN, 37831 wellsjc@ornl.gov stevensonka@bio.ornl.gov , murali@bio.ornl.gov ,, thundattg@ornl.gov , mayal@ornl.gov , barhenj@ornl.gov Abstract: This paper reports progress in the fabrication and characterization of an array of 1nm-
scale colloidal particles (i.e., quantum-dot array) that can be operated to execute nontrivial and
innovative computations, possibly including quantum logic. We discuss the actual fabrication of
2-nm metal clusters as an example of possible quantum dot implementation. Innovative and
unconventional paradigms underlie the different stages of this work. For example, regular array
geometry is achieved by directing appropriately derivatized metal clusters to preselected locations
along a stretched strand of an engineered DNA sequence.
The web site itself may have changed. You can check the current page or check for previous versions at the Internet Archive. Yahoo! is not affiliated with the authors of this page or responsible for its content. Programmed Assembly of Quantum-Dot Arrays on DNA Templates: Hardware for Quantum Computing? Programmed Assembly of Quantum-Dot Arrays on DNA Templates: Hardware for Quantum Computing? J. C. Wells 1 , K.A. Stevenson 2 , G. Muralidharan 2 , T. G. Thundat 2 , L. Maya 3 , J. Barhen 1 Center for Engineering Science Advanced Research 1 Computer Science and Mathematics Division 2 Life Sciences Division 3 Chemical and Analytical Sciences Division Oak Ridge National Laboratory, Oak Ridge, TN, 37831 wellsjc@ornl.gov stevensonka@bio.ornl.gov , murali@bio.ornl.gov ,, thundattg@ornl.gov , mayal@ornl.gov , barhenj@ornl.gov Abstract: This paper reports progress in the fabrication and characterization of an array of 1nm-
scale colloidal particles (i.e., quantum-dot array) that can be operated to execute nontrivial and
innovative computations, possibly including quantum logic. We discuss the actual fabrication of
2-nm metal clusters as an example of possible quantum dot implementation. Innovative and
unconventional paradigms underlie the different stages of this work. For example, regular array
geometry is achieved by directing appropriately derivatized metal clusters to preselected locations
along a stretched strand of an engineered DNA sequence.
download Programmed Assembly of Quantum-Dot Arrays on DNA Templates: Hardware ...
