Simulation of Stacked Quantum Dot Channels SWS-FET Using Multi-FET ABM Modeling

Salama, Husien; Saman, B.; Gudlavalleti, R. H.; Py, Christophe; Mays, R.; Khan, Bilal; Heller, E.; Chandy, John A.; Jain, F.

doi:10.1142/s0129156419400251

Cited by 2 publications

(2 citation statements)

References 5 publications

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“…Nanotechnology helps to significantly improve, even revolutionize, several technologies and business sectors: information technology, medicine, transportation, energy, food, and biology, among several others. Electronics and carbon nanotubes are units on the point of exchange of chemical elements as a fabric for creating smaller, faster, and additional economical microchips and devices, likewise as lighter, additional conductive, and stronger quantum nanowires [Salama, 2020]. Advances in engineering are deeply tangled with different technologies, several of which have received so much attention.…”

Section: Applications Of Nanotechnologymentioning

confidence: 99%

Nanotechnology and Quantum Dot Lasers

Salama

Smaani

Nasri

et al. 2023

JCSTS

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In this paper, we reviewed the recent literature on quantum dot lasers. First, we started with the physics of quantum dots. These nanostructures provide limitless opportunities to create new technologies. To understand the applications of quantum dots, we talked about the quantum confinement effect versus dimensionality and different fabrication techniques of quantum dots. Secondly, we examined the physical properties of quantum dot lasers along with the history and development of quantum dot laser technology and different kinds of quantum dot lasers compared with other types of lasers. Thirdly, we made a market search on the practical usage of quantum dot lasers. Lastly, we predicted a future for quantum dot lasers.

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Section: Applications Of Nanotechnologymentioning

confidence: 99%

Nanotechnology and Quantum Dot Lasers

Salama

Smaani

Nasri

et al. 2023

JCSTS

View full text Add to dashboard Cite

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“…Resonances are excited by an applied laser field or nearby dipolar emitters. On resonance, the electric field in the vicinity of the particle is strongly enhanced (10-100 times) relative to the applied field (Salama et al, 2020).…”

Section: Nanostructuresmentioning

confidence: 99%

Surface Plasmon Lasers: Quantum Dot

Ahmed

2022

JCSTS

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A surface plasmon laser incorporates a metal layer, an additional medium layer given on the metal layer, and a round structure segment in which a murmuring exhibition mode is created in which surface plasmon light is produced because of surface plasmon reverberation on a connection point with the metal layer pivots along a circle, and a twisted piece framed to yield a piece of laser light created in the round structure part of the addition medium layer. We consider a thin layer of an n-type semiconductor sandwiched between a metal and a p-type semiconductor, and the p-n intersection is forward-one-sided. The mode design of the SPW, engendering along the metal surface, stretches out up to the p-n intersection, where it incites electron-opening recombination and gets intensified. The optical increase of the SPW laser can be made practically identical to that of a diode laser by lessening the thickness of the sandwich layer.

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Simulation of Stacked Quantum Dot Channels SWS-FET Using Multi-FET ABM Modeling

Cited by 2 publications

References 5 publications

Nanotechnology and Quantum Dot Lasers

Nanotechnology and Quantum Dot Lasers

Surface Plasmon Lasers: Quantum Dot

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