… interest in semiconductor low-dimensional solids has increased continuously over the … dot
devices can be fabricated reliably and reproducibly. Also new types of infrared photodetectors …

… of an IR photodetector that operates at elevated temperatures (≥ 150 K). Quantum-dot
infrared photodetectors (QDIPs) … Colloidal QD solids have also been investigated [99, 100]. For …

… found in the spray-deposited QD solids as confirmed by grazing-incidence small-… solid
comparing with the spin-coated one. Thus, photodetectors based on spray deposition of QD solids …

… small molecules during the solid-state ligand … photodetector performances afforded by this
process. The doping and mobility of films are measured using both electrochemical and solid-…

HgTe colloidal quantum dots (CQDs) are promising absorber systems for infrared detection …
in all infrared regions. Up to now, the best-performing HgTe CQD photodetectors have relied …

Semiconductor quantum-dot nanostructures are interesting objects for fundamental as well
as practical reasons. Fundamentally, they can form the basis of systems in which to study the …

… Quantum dot infrared photodetectors (QDIPs) have emerged as attractive devices for sensing
long wavelength radiation. Their principle of operation is based on intersublevel transitions …

… These detectors, in which the active region consists of InAs quantum dots (QDs) embedded
… quantum well infrared photodetector (QWIP) and a QD infrared photodetector (QDIP). Like …

… Given the promising results of CQD inks, we used MaAc-doped InAs CQD solids to fabricate
the near-infrared photodetector. We compared it to the best photodiodes using single-step …

… The principle of operation of vertical and lateral quantum dot infrared photodetectors is
described and discussed by comparison with quantum well infrared photodetectors. We review …