Semiconductor nanowire lasers are single-element structures that can act as both gain
material and cavity for optical lasing. They have typical dimensions on the order of an optical …

As natural one‐dimensional confined electron transport channels and photon propagation
paths, nanowires (NWs) display unmatched properties and huge potential for application in …

Nanowire lasers are sought for near‐field and on‐chip photonic applications as they provide
integrable, coherent, and monochromatic radiation: the functional performance (threshold …

Continuous room temperature nanowire lasing from silicon-integrated optoelectronic
elements requires careful optimisation of both the lasing cavity Q-factor and population …

Multiwavelength plasmonic nanolasers are central to the quest for ultradense and versatile
photonic integrations. However, the insufficient optical feedback and mode selection …

Developing miniaturized microlasers with higher monochromaticity and better beam quality
is crucial importance because of their tremendous potential in commercial applications …

Axially stacked quantum dots (QDs) in nanowires (NWs) have important applications in
nanoscale quantum devices and lasers. However, there is lack of study of defect-free growth …

Antimonide-based ternary III–V nanowires (NWs) provide a tunable bandgap over a wide
range, and the GaAsSb material system has prospective applications in the 1.3–1.55 μm …

Quantum structures designed using nanowires as a basis are excellent candidates to
achieve novel design architectures. Here, triplets of quantum wires (QWRs) that form at the …

GaAs-based nanowire (NW) lasers working in the infrared region is critical in integrated
optoelectronics. In the past few decades, the field of NW lasers has developed rapidly …