Manvir S. Kushwaha
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View article: The magneto-optics in quantum wires comprised of vertically stacked quantum dots: A calling for the magnetoplasmon qubits
The magneto-optics in quantum wires comprised of vertically stacked quantum dots: A calling for the magnetoplasmon qubits Open
A deeper sense of advantages over the planar quantum dots and the foreseen applications in the single-electron devices and quantum computation have given vertically stacked quantum dots (VSQD) a width of interest. Here, we embark on the co…
View article: The fundamentals of harnessing the magneto-optics of quantum wires for designing optical amplifiers: Formalism
The fundamentals of harnessing the magneto-optics of quantum wires for designing optical amplifiers: Formalism Open
Quantum wires occupy a unique status among the semiconducting nanostructures with reduced dimensionality, no other system seems to have engaged researchers with as many appealing features to pursue. This paper aims at a core issue related …
View article: Erratum: “Observability of localized magnetoplasmons in quantum dots: Scrutinizing the eligibility of far-infrared, Raman, and electron-energy-loss spectroscopies” [AIP Advances <b>6</b>, 035014 (2016)]
Erratum: “Observability of localized magnetoplasmons in quantum dots: Scrutinizing the eligibility of far-infrared, Raman, and electron-energy-loss spectroscopies” [AIP Advances <b>6</b>, 035014 (2016)] Open
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View article: Magneto-optical absorption in semiconducting spherical quantum dots:\n Influence of the dot-size, confining potential, and magnetic field
Magneto-optical absorption in semiconducting spherical quantum dots:\n Influence of the dot-size, confining potential, and magnetic field Open
Here we embark on a thorough investigation of the magneto-optical absorption\nin semiconducting {\\em spherical} quantum dots characterized by a confining\nharmonic potential and an applied magnetic field in the symmetric gauge. This\nis d…
View article: Novel size effects on magneto-optics in the spherical quantum dots
Novel size effects on magneto-optics in the spherical quantum dots Open
We embark on investigating the magneto-optical absorption in {\em spherical} quantum dots {\em completely} confined by a harmonic potential and exposed to an applied magnetic field in the symmetric gauge. This is done within the framework …
View article: Magneto-optical absorption in semiconducting spherical quantum dots: Influence of the dot-size, confining potential, and magnetic field
Magneto-optical absorption in semiconducting spherical quantum dots: Influence of the dot-size, confining potential, and magnetic field Open
Here we embark on a thorough investigation of the magneto-optical absorption in semiconducting {\em spherical} quantum dots characterized by a confining harmonic potential and an applied magnetic field in the symmetric gauge. This is done …
View article: Publisher’s Note: “Observability of localized magnetoplasmons in quantum dots: Scrutinizing the eligibility of far-infrared, Raman, and electron-energy-loss spectroscopies” [AIP Advances 6, 035014 (2016)]
Publisher’s Note: “Observability of localized magnetoplasmons in quantum dots: Scrutinizing the eligibility of far-infrared, Raman, and electron-energy-loss spectroscopies” [AIP Advances 6, 035014 (2016)] Open
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View article: Observability of localized magnetoplasmons in quantum dots: Scrutinizing the eligibility of far-infrared, Raman, and electron-energy-loss spectroscopies
Observability of localized magnetoplasmons in quantum dots: Scrutinizing the eligibility of far-infrared, Raman, and electron-energy-loss spectroscopies Open
We investigate a one-component, quasi-zero dimensional, quantum plasma exposed to a parabolic potential and an applied magnetic field in the symmetric gauge. If the size of such a system as can be realized in the semiconducting quantum dot…