Sentence examples similar to a spectrum of quantum from inspiring English sources

It is well known that such filling effects result in a blue-shift of the PL emission spectrum of quantum dots [21] similar to what is observed in our experiments.

The discrete spectrum of quantum dots opens an opportunity to control the non-radiative relaxation and optical loss and also provides for more flexibility in the choice of an optical and electrical design of the laser.

Today, including joint appointees, Argonne's expertise spans the spectrum of quantum sensing, quantum computing, classical computing and materials science.

In the first-order approximation, the spectrum of such quantum-confined states can be described as a spectrum of a charge carrier in a spherically symmetric well with infinitely high walls.

The corresponding TEM images of AMP-QDs (c) and MPA-QDs (d) were investigated., scale bars: 20 nm Fig. 2 Absorption spectrum (a) and fluorescence spectrum (b) of quantum dots were tested.

Here we review the basic optical spectra of quantum dot molecules.

The time-resolved photoluminescence spectra of quantum dots show that the emission rate increased from 0.0429 to 0.5 ns−1 (10.7 times larger) by the existence of the Au nanoarray.

The time-resolved PL spectra of quantum dots show that the Au nanoarray can increase the emission rate of QDs from 0.0429 to 0.5 ns−1 (10.7 times larger).

With reasonable assumption of the internal quantum efficiency (near unity), the 5-μm cell produces a spectrum averaged external quantum efficiency (EQE) of 81.4% at 75° angle of incidence – 6.7% larger than the experiment result of the best planar bulk cell.

An analysis of the effects of rapid thermal annealing on the photoluminescence spectrum of InAs/In0.15Ga0.85As/GaAs Quantum dot-in-a-well heterostructures is presented.

In this talk I will discuss the incorporation of stress tensor dynamics into the CFT_2 analytic bootstrap and the non-perturbative implications for the dynamics and spectrum of AdS_3 quantum gravity, including an exact formula for the gravitational binding energy of multi-particle bound states at finite Newton's constant.