Harvard Scientists Develop Chip That Controls Light Chirality in Real Time
A reconfigurable photonic crystal inspired by twistronics unlocks dynamic control over light polarization
In a breakthrough that blends physics, engineering, and nanotechnology, researchers at Harvard University have developed a miniature device capable of dynamically controlling one of light’s most subtle and powerful properties: its chirality. By leveraging a novel design rooted in the emerging field of twistronics, the team has opened a pathway toward smarter sensors, faster communications, and potentially transformative quantum technologies.
