Infrared Photosensorics Based on Hybrid Monolithic Arrays on Quantum Dots

Hybrid monolithic IR arrays based on colloidal quantum dots (CQDs) have been actively developing in the last few years. The dynamics of development and the parameters achieved to date in terms of pitch, maximum format, and low cost allow us to say that this direction can ensure the mass distribution of IR cameras of this type in various areas where the use of classic hybrid arrays photodetectors was unavailable. The article is devoted to the basic issues of constructing such arrays, analyzing advanced achievements in this area, and forecasting possible applications that are opening for IR photosensors based on CQDs.