Tag: Carbon quantum dots

Researchers developed and optimized a carbon quantum dot fluorescent sensor to detect amoxicillin in milk using experimental design and machine ...

A 2025 review in Discover Pharmaceutical Sciences explores how carbon quantum dots may treat ulcerative colitis and gastric ulcers through ...

A comprehensive scientific review highlights how renewable lignin biopolymers can be transformed into advanced nanomaterials for high-performance biosensing and diagnostic ...

A comprehensive review details how engineered carbon materials and advanced heterojunction architectures overcome fundamental kinetic and energetic bottlenecks in photoelectrochemical ...

Researchers constructed a BiVO4/CQDs/pg-C3N4 heterojunction composite that efficiently degrades Rhodamine B dye and inactivates Escherichia coli bacteria under simulated sunlight.

Carbon quantum dots synthesized from maize stalk waste increased photosynthesis and growth in greenhouse maize seedlings, with an optimal foliar ...

A g-C3N4/N-CQDs/PPy nanocomposite electrode achieved 197.5 F g−1 and 79 Wh kg−1 in a symmetric supercapacitor that lit a red ...

A laboratory study using machine learning to optimize hydrothermal production of carbon quantum dots from tea processing waste reported a ...

A trace dose of carbon quantum dots boosts silica fume cement strength by up to 83.7% while cutting costs, offering ...

Researchers developed a near-infrared-responsive microneedle patch that delivers cryptochlorogenic acid via ZIF-8 nanoparticles to inhibit MMP3, MMP9 and MMP13 and ...

A new systematic review of 83 adsorbents proposes a five-criteria screening framework that identifies hydrogels, biochars, and alginate composites as ...

Researchers in India have developed an electrospun PVDF membrane loaded with carbon quantum dots and titanium dioxide that removes 74.4 ...

Researchers have built a deep eutectic fluorescent composite paired with YOLOv8 computer vision that detects mercury ions at 60 nanomolar ...

A first-principles DFT study shows that nitrogen and oxygen co-doping, together with carboxylic acid functionalization, narrows the electronic gap of ...

Researchers coupled nitrogen-doped lignin-derived carbon quantum dots with BiOCl to create a composite photocatalyst that converts CO2 into carbon monoxide ...

A new Polymer Bulletin study shows that carbon quantum dots slow UV curing of waterborne polyurethane acrylate coatings yet boost ...

Researchers at Saitama University converted waste polyamide plastic into carbon quantum dots whose photoluminescence was tuned continuously from ultraviolet to ...

A ternary photocatalyst combining carbon quantum dots, an iron polyoxometalate and a zinc cadmium sulfide semiconductor achieves efficient, stable visible-light ...

Recent advancements in the field of nanotechnology have captivated researchers, especially in the context of carbon quantum dots (CQDs). The ...