➀ Scientists from the City University of Hong Kong have discovered a significant energy loss in metal nanostructures. By varying their geometrical dimensions, they have fully utilized these structures' potential, leading to the creation of more potent and effective nanoscale optical devices. The research resolves a long-standing issue of energy loss in metal nanostructures. ➁ A new universal law, the inverse square root law, has been found to minimize energy loss in plasmonic nanostructures by changing their size. This discovery improves resonance quality in metal arrays by a factor of two. ➂ The finding could revolutionize industries such as solar energy, imaging, and sensing, enabling the creation of more innovative and powerful optical devices.
Related Articles
- Electrical Modulated Light Antenna Points to Faster Computer Chips12 months ago
- Novel Nanoplatform Overcomes Treatment Resistance in Bladder Cancer3 months ago
- Loughborough University Physicists Create ‘The World’s Smallest Violin’ Using Nanotechnology3 months ago
- Rapid Biomimetic Nanovaccine for Personalized Cancer Therapy3 months ago
- Startup aims to 3D print chips and cut production costs by 90% — nanoprinter operates at wafer scale5 months ago
- Self-Aligned Carbon Nanotube Phototransistors for Infrared Detection5 months ago
- Optimizing Cobalt Thin Films for Data Storage: Plasma-Assisted Surface Modification5 months ago
- Manufacturing Nanomaterials in Space to Treat Disease on Earth5 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