2020-08-24

Stanford Scientists Slow and Steer Light for Advanced Applications Including Detection COVID-19 Virus

A new research by Stanford scientist demonstrate a new approach to slow down light so that photons have more chances to interact with other materials, opening a door for new applications such as LiDAR, LiFi and AR/VR. The research paper was published in Nature Nanotechnology on August 17, 2020. To slow down light, the Stanford researchers structured ultrathin silicon chips into nanoscale bars to resonantly trap light and then release or redirect it later. The approach is like creating an echo chamber to hold onto sound and direct it. These "high-quality-factor&quo...
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microLEDs: from headlamps to the data center When we think about the evolution of AI technology, developments in machine learning and large language models come readily to mind, as do the latest graphics processing units (GPUs), high-bandwidth... READ MORE

The question of what makes a building "smart" has been debated in the industry for years. ams OSRAM provided a clear answer at Light + Building 2026: it is light — not as illumination, but as a sensory nervous system. It percei... READ MORE