Researchers at Harvard University have developed an innovative miniature device capable of dynamically twisting and adjusting light. This breakthrough is achieved by precisely rotating two layered photonic crystals and finely tuning their separation using a microscopic mechanical system. This sophisticated control mechanism allows the chip to precisely manage the “handedness” or circular polarization of light. As a result, the device can differentiate between left- and right-circular polarized light with exceptional accuracy. This significant advancement holds immense potential for developing more intelligent sensors, accelerating communication systems, and enabling groundbreaking quantum technologies.
Harvard Engineers Create Chip for Real-Time Light Manipulation
By Rupert Blackwood
Investigative journalist based in Sheffield, focusing on technology's impact on society. Rupert specializes in cybercrime's effect on communities, from online fraud targeting elderly residents to cryptocurrency scams. His reporting examines social media manipulation, digital surveillance, and how criminal networks operate in cyberspace. With expertise in computer systems, he connects technical complexity with real-world consequences for ordinary people