The Experts below are selected from a list of 15 Experts worldwide ranked by ideXlab platform
K. Eric Drexler - One of the best experts on this subject based on the ideXlab platform.
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Productive Nanosystems: A Technology Roadmap
2007Co-Authors: K. Eric Drexler, John Randall, Stephanie Corchnoy, Alex Kawczak, Michael L. SteveAbstract:Report of the 2007 Productive Nanosystems workshop sponsored by The Waitt Family Foundation, Batelle, the Foresight Institute, Sun Microsystems, and Zyvex Labs: "The Roadmap project provided a unique, cross-disciplinary process for exploring current capabilities and near-term opportunities in atomically precise technologies (APT), and explored pathways leading toward advanced atomically precise manufacturing (APM).
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Toward Integrated Nanosystems: Fundamental Issues in Design and Modeling
2006Co-Authors: K. Eric DrexlerAbstract:Computational design, modeling, and simulation can play a leading role in the development of functional Nanosystems. Computational methods can describe with useful accuracy a broad range of components that have not yet been realized; hence they can in many instances be used to guide experimental in fruitful directions. Further, computational methods can be used to design multiple components that will fit together to make a functional system. This means of coordinating experimental efforts can enable the development of components that gain value from their integration with other components. Scientific and design-oriented applications of computational methods are fundamentally distinct. Although they frequently describe similar physical systems and use similar methods, science, and design address problems that exhibit an inverse relationship between abstract descriptions (theories, designs) and physical systems (specimens, products). This distinction has broad consequences for methodology and for judging the adequacy of computational models. The distinction between the classical protein-folding problem (a scientific challenge) and the inverse folding problem (a design challenge) provides a concrete illustration. Among functional Nanosystems, those that perform fabrication have a special role because they can enable the production of other systems. Ribosomes are a widely exploited example. Computational design and simulation can aid in identifying strategic objectives on paths from current laboratory capabilities through successive generations of artificial Productive Nanosystems. This objective highlights the value of further developing methods for the design, modeling, and simulation of self-assembly and of self-assembled systems.
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Productive Nanosystems: the physics of molecular fabrication
Physics Education, 2005Co-Authors: K. Eric DrexlerAbstract:Fabrication techniques are the foundation of physical technology, and are thus of fundamental interest. Physical principles indicate that nanoscale systems will be able to fabricate a wide range of structures, operating with high productivity and precise molecular control. Advanced systems of this kind will require intermediate generations of system development, but their components can be designed and modelled today.
Michael L. Steve - One of the best experts on this subject based on the ideXlab platform.
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Productive Nanosystems: A Technology Roadmap
2007Co-Authors: K. Eric Drexler, John Randall, Stephanie Corchnoy, Alex Kawczak, Michael L. SteveAbstract:Report of the 2007 Productive Nanosystems workshop sponsored by The Waitt Family Foundation, Batelle, the Foresight Institute, Sun Microsystems, and Zyvex Labs: "The Roadmap project provided a unique, cross-disciplinary process for exploring current capabilities and near-term opportunities in atomically precise technologies (APT), and explored pathways leading toward advanced atomically precise manufacturing (APM).
John Randall - One of the best experts on this subject based on the ideXlab platform.
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Productive Nanosystems: A Technology Roadmap
2007Co-Authors: K. Eric Drexler, John Randall, Stephanie Corchnoy, Alex Kawczak, Michael L. SteveAbstract:Report of the 2007 Productive Nanosystems workshop sponsored by The Waitt Family Foundation, Batelle, the Foresight Institute, Sun Microsystems, and Zyvex Labs: "The Roadmap project provided a unique, cross-disciplinary process for exploring current capabilities and near-term opportunities in atomically precise technologies (APT), and explored pathways leading toward advanced atomically precise manufacturing (APM).
Stephanie Corchnoy - One of the best experts on this subject based on the ideXlab platform.
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Productive Nanosystems: A Technology Roadmap
2007Co-Authors: K. Eric Drexler, John Randall, Stephanie Corchnoy, Alex Kawczak, Michael L. SteveAbstract:Report of the 2007 Productive Nanosystems workshop sponsored by The Waitt Family Foundation, Batelle, the Foresight Institute, Sun Microsystems, and Zyvex Labs: "The Roadmap project provided a unique, cross-disciplinary process for exploring current capabilities and near-term opportunities in atomically precise technologies (APT), and explored pathways leading toward advanced atomically precise manufacturing (APM).
Alex Kawczak - One of the best experts on this subject based on the ideXlab platform.
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Productive Nanosystems: A Technology Roadmap
2007Co-Authors: K. Eric Drexler, John Randall, Stephanie Corchnoy, Alex Kawczak, Michael L. SteveAbstract:Report of the 2007 Productive Nanosystems workshop sponsored by The Waitt Family Foundation, Batelle, the Foresight Institute, Sun Microsystems, and Zyvex Labs: "The Roadmap project provided a unique, cross-disciplinary process for exploring current capabilities and near-term opportunities in atomically precise technologies (APT), and explored pathways leading toward advanced atomically precise manufacturing (APM).
