There is great progress and opportunity in nonclassical computational technologies and algorithmics. These include exploiting novel computational aspects of physical phenomena, using nonclassical algorithms, or using classical algorithmics in a nonclassical manner. Key issues are feasibility of technology, efficiency of algorithms, and theoretical basics. Novel technologies comprise coherent quantum mechanical and reversible low-energy computing. Example nonclassical improvements by quantum computing are: Fast factoring (compromising current cryptosystems and Square-root unordered search (enabling to quickly search unstructured databases).
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