We have investigated the photoluminescence (PL) and inelastic light-scattering spectra of dilute two-dimensional (2D) hole gases of ultra-high mobility.
In the continuous quest to push the boundaries of mobile healthcare and fitness tracking, monitoring respiratory biomarkers emerges as a pivotal frontier.
The optical regeneration is an attractive method to improve the performance of long-distance data transmission, though its application in high-speed fiber systems requires careful design considerat
Transmission over one million kilometers of nonzero dispersion fiber is achieved using optical 3R regeneration.
The steady-state surface photovoltage technique was used to determine the optical absorption tail of InP:Mn, by extrapolation from the above-band gap absorption spectrum.
Urbach slopes siguna of absorption edges and glass transition temperatures T(g) in pseudobinary chalcogenide alloy glasses with 0 - X - 0.6 containing predominantly tetrahedral building blocks hav
The growing demand of bandwidth, boosted by the availability of both "smart" end user devices and broadband services, challenges the current backhauling networks.
Some liquid-crystalline phases of optically active materials are themselves optically active and possess dissymmetric structures.
We experimentally demonstrate a novel OADM having asymmetric bandwidth to optimally support hybrid 10-Gb/s and 40-Gb/s DWDM transmission with 50-GHz spacing.
We investigate exciton spin memory in individual InAs/GaAs self-assembled quantum dots via optical alignment and conversion of exciton polarization in a magnetic field.
