➀ Researchers from Curtin University have discovered a method to increase the number of molecules that adhere to the surface of small nanocrystals, potentially leading to brighter TV screens and more efficient solar panels. ➁ The study finds that nanoplatelets with flatter and more even shapes allow more ligands to attach tightly, enhancing the functionality of zinc sulfide nanocrystals. ➂ This advancement could revolutionize product efficiency and performance, impacting optoelectronics and devices such as LEDs and solar cells.
Related Articles
- Sustainable Manganese-Based Phosphors3 months ago
- TDK develops 20ps Spin Photo Detector5 months ago
- IHP and Nagoya University, Japan, Jointly Develop Next-Generation Semiconductor Technologies5 months ago
- IHP and the University of Nagoya, Japan, Collaboratively Develop Next-Generation Semiconductor Technologies5 months ago
- IHP and University of Nagoya, Japan, Collaborate on Next-Generation Semiconductor Technologies5 months ago
- Alphawave Semi sampling photonics interconnect ICs for hyperscalers5 months ago
- Conductive-Bridge Interlayer Boosts 2D Optoelectronics6 months ago
- Sofab Inks Unveils New High-Performance, Low-Cost ETL for Perovskite Solar Cells11 months ago
- X-Fab adds high-performance photodiodes11 months ago
- Astute signs SCI Semiconductorabout 23 hours ago