Sentence examples for bilayer quantum from inspiring English sources

Bilayer quantum dot.

The attempts to observe counterflow conductivity directly were done [12 14] for bilayer quantum Hall systems realized in GaAs heterostructures.

Because of the relative large scale of lipid bilayer, quantum ab-initio methods are not common for such systems; consequently, both all atom and coarse grained molecular dynamic simulation (MD) are widely performed.

A pronounced high count rate of single-photon emission at the wavelength of 1.3 μm that is capable of fiber-based quantum communication from InAs/GaAs bilayer quantum dots coupled with a micropillar (diameter ~3 μm) cavity of distributed Bragg reflectors was investigated, whose photon extraction efficiency has achieved 3.3%.

Single-photon emission in the telecommunication wavelength band is realized with self-assembled strain-coupled bilayer InAs quantum dots (QDs) embedded in a planar microcavity on GaAs substrate.

Applying this new boundary condition we analytically calculate the confined states and the corresponding wave functions in a bilayer graphene quantum dot in the absence and presence of a perpendicular magnetic field.

Four-bilayer Ge quantum dots (QDs) with Si spacers were grown on Si 001) substrates by ultrahigh vacuum chemical vapor deposition.

The idea to use graphene for the realization of electron-hole superfluidity in quantum Hall bilayers [6 9] looks very attractive.

To demonstrate counterflow superconductivity quantum Hall bilayers should have the parameters that satisfy two additional conditions: d ≲ ℓ and ℓ ≲ a B *, where d is the interlayer distance, and a B * = ε ℏ 2 / e 2 m * is the effective Bohr radius (ε is the dielectric constant of the matrix, and m* is the effective electron mass).

This means that bilayer graphene is a native quantum switch of ballistic electrons.

A CdS/Bi2S3 quantum dot (QD) bilayer was fabricated by chemical bath deposition of Bi2S3 quantum dots, followed by CdS deposition by successive ionic layer adsorption and desorption (SILAR) technique.