Download Handbook of Single-molecule Electronics by Kasper Moth-Poulsen PDF

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By Kasper Moth-Poulsen

Single-molecule electronics has advanced as a colourful study box over the last twenty years. The imaginative and prescient is with a purpose to create digital elements on the optimum point of miniaturization―the unmarried molecule. This publication compiles and information state of the art examine with contributions from chemists, physicists, theoreticians, and engineers. It covers all points of single-molecule electronics, from the idea via experimental realizations and the chemical synthesis of molecular elements to the implementation of molecular elements in destiny built-in circuits.

This ebook describes intimately either validated equipment and up to date advances within the box, together with vibrational results, switching phenomena, quantum interference, thermal energy, and parallel meeting techniques. The authors upload extra information to the chapters than in most cases present in the first literature in order that the booklet could be learn not just through experts but additionally through non-experts and scholars with an curiosity within the study box. every one bankruptcy is observed via difficulties, and a ideas guide can also be provided.

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Nanotechnology, 2009. 20(24). 76. F. and C. Nuckolls, Functional single-molecule devices based on SWNTs as point contacts. Journal of Materials Chemistry, 2009. 19(31): pp. 5470–5473. 77. , Synthesis and optical properties of molecular rods comprising a central core-substituted naphthalenediimide chromophore for carbon nanotube junctions. European Journal of Organic Chemistry, 2011. (3): pp. 478–496. 78. , Electroluminescence from a single nanotubemolecule-nanotube junction. Nature Nanotechnology, 2010.

25) = Gˇ0 + Gˇ ◦ (Vˇ + ˇ ) ◦ Gˇ0 . The Dyson equation is a perturbation series that sums a series of tunneling on and off the molecule. In its form above, we assume that the tunneling elements are large and we neglect charging effects. ˇ in Eq. 25 will initially be set to zero The self-energy ˇ ≡ d {G} but will later be used to incorporate interactions on the molecular level with internal dynamics or with some oscillator representing a coupling between the tunneling charge and vibrational degrees of freedom.

The Dyson equation is a perturbation series that sums a series of tunneling on and off the molecule. In its form above, we assume that the tunneling elements are large and we neglect charging effects. ˇ in Eq. 25 will initially be set to zero The self-energy ˇ ≡ d {G} but will later be used to incorporate interactions on the molecular level with internal dynamics or with some oscillator representing a coupling between the tunneling charge and vibrational degrees of freedom. The reservoir Green’s functions Gˇ 0L and Gˇ 0R are assumed to be given accounting for interactions in the reservoirs.

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