Titlebook: Architecture and Design of Molecule Logic Gates and Atom Circuits; Proceedings of the 2 Nicolas Lorente,Christian Joachim Conference procee

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抵消

Genetic and Evolutionary Computationr decades architects translated Moore’s law into performance, but we are now close to hitting two major “walls”: The first is the “power wall,” or our inability to significantly reduce power consumption (and more importantly power density). The power wall is likely to lead us to a “dark silicon” fut

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mediocrity

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https://doi.org/10.1007/978-0-387-36797-2 identify the essential functional units controlling physical properties from what may be a vast sea of spectator components. Until recently, the range of theoretical tools that have been implemented for elucidating structure-function relationships in molecular electron transport have been limited,

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Multi-Criteria Decision Making,thin a single molecule requires using external inputs to modify one or more of the intrinsic properties of the molecule, such as its geometrical conformation, electronic structure, or spin configuration. In this chapter, we will discuss the variety of different physical mechanisms which have been pr

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MOP Evolutionary Algorithm Approaches,as platforms for the fabrication of molecular electronic devices. It is demonstrated that the intrinsic electrical, optical, and magnetic properties of these molecules can be used to prepare highly robust molecular switches.

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MOP Evolutionary Algorithm Approaches,a minimal model which describes the barrier crossing problem by multiple excitations of vibrations of the molecular junction and by taking into account the molecule specific nonconstant density of states, we are able to describe the complex, non-monotonic behavior of the switching process.

Conflagration

MOP Evolutionary Algorithm Approaches,nanoelectronic devices where charge and thermal transport phenomena span a broad range of scales from nanometers up to millimeters, sometimes tightly interconnected as in the case of heat dissipation. This demand for the development of new stimulation tools that can cope with microscopic and macrosc