AND Gate Response in a Double Mesoscopic Ring

Al-Badry, Lafy F.; AL-Saidi, Shakir A. A.; Ajeel, Fouad N.

doi:10.2174/1872210510666160530125904

Cited by 4 publications

(1 citation statement)

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“…Double [23], triple [24] or more quantum dots are setting as complex systems [14] offers many quantum states that obvious themselves, e.g., in current rectification [25] and Pauli spin blockade [26]. The normal limit for reducing charge carrier intensity is individual charge nano electronics, where externals such as conductance and current may be adjusted with single charge accuracy [27][28][29]. The transmission probability of an electron passes through the ADQD structure can be controlled efficiently by changing the direction of the current or the polarity of voltage [25].…”

Section: Introductionmentioning

confidence: 99%

Asymmetric Double Quantum Dot Structure as Nanoscale Diode

AL-Saidi

Al-mebir

2019

University of Thi-Qar Journal

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In this studying, a nanoscale diode was proposing by using asymmetric double quantum dot structure attached to metallic electrodes. An asymmetric double quantum dot (ADQD) is used as a diode for rectification. Tightbinding model was adopting to describe our specimen, and our results depend upon steady-state forming to show charge transport. The theoretical computations for current and conductance as a function of the time, that encouraging common traits of the rectifications, were presented. The analysis may be helpful in fabricating nanoscale electronic devices.

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