Machine Learning Optimizes Carbon Quantum Dot Sensor for Amoxicillin in Milk
Researchers developed and optimized a carbon quantum dot fluorescent sensor to detect amoxicillin in milk using experimental design and machine ...
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 new zinc oxide and carbon quantum dot heterostructure enables a single electrode to detect and remove toxic hexavalent chromium ...
A trace dose of carbon quantum dots boosts silica fume cement strength by up to 83.7% while cutting costs, offering ...
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© 2026 Scienmag - Science Magazine