… Natural blue light can regulate our sleep and wake cycles, boost alertness, modulate
mood, etc., but prolonged exposure to blue light at night can disrupt circadian rhythm and can …

… To reduce the potential harm of in white light emitting diodes to the eyes, in this paper, we …
biomass-based carbon dots (Bio-CD), which not only absorb short wavelength light to produce …

… Table S1, Supporting Information, displays the comparison for important parameters of
blue light-emitting diodes. As shown, the CDs LEDs in blue region (440–474 nm) in our work …

… dots, typically based on heavy metals such as cadmium and lead, are promising candidates
for deep-blue … we present deep-blue light-emitting materials and devices based on carbon …

Carbon dots (CDs), as the most important type of carbon-based material, have been widely
used in many fields because of their excellent properties. In particular, multicolor fluorescent …

… N-doped carbon dot (N-CD)/PVA matrix. (1) It is a highly luminescent emitter of blue light with
… (2) It is a complete UV-A blocker (Scheme 1) that is highly transparent to visible light. Thus …

… and nitrogen and has been employed in the current work to prepare carbon dots via
microwave-assisted approach. The rationale for the selection of beta casein as starting material was …

… carbon dot films with different carbon dot contents, prepared by a simple method. The films
exhibit strong UV and blue light … The amount of blue light transmitted through the carbon dot …

Leveraging bright and stable carbon dots (CDs) for blue light‐emitting diodes (LEDs) is a
prospective but challenging topic. Aggregation‐caused quenching (ACQ) of CDs and device …

Quasi-2D perovskites based blue light-emitting diodes (LEDs) suffer from its poor … -blue LEDs
behaving recorded external quantum efficiency (EQE) of 21.07% by employing carbon dots …