A spectrally resolving quantum dot photodetector has been designed and fabricated which is able to discriminate wavelengths in the visible region. The device consists of a monolayer of 5.4 nm diameter ...

Their approach includes the design of an InSb/InP core-shell structure of the synthesized quantum dots that are used to fabricate a fast-response and highly-sensitive SWIR photodetector.

That's according to prominent display analyst Ross Young, anyway. Young took to X on Thursday to point out that Apple has ...

The performance of photodetectors based on quantum dots may be improved by exploiting a process called multiple exciton generation. Sargent and colleagues suggest that this enhanced gain results ...

The researchers then used the new Ag2Te quantum dots to fabricate a SWIR photodetector. The photodetector exhibited excellent performance, with a spectral range from 350nm to 1,600nm, a linear dynamic ...

The M4 MacBook Pro has a hidden feature: quantum dot tech in the display. As such, the latest systems have an expanded color ...

Being able to precisely manipulate interacting spins in quantum systems is of key importance for the development of reliable ...

A display analyst shared that Apple has shifted from traditional red KSF phosphor film to quantum dot film in the latest ...

Big Apple display news, they have adopted quantum dots for the first time. The latest MacBook Pro’s (M4) use a quantum dot ...