The 10,000th paper published by Diamond Light Source could fundamentally change the technology landscape by enabling a new generation of devices. This study presents a new way of looking at chirality in thin polymer films that are important for electronics. It presents disruptive insights into chiral polymer films, which emit and absorb circularly polarized light, and offers the promise of achieving important technological advances, including high-performance displays, 3-D imaging and quantum computing. These findings were published recently in Nature Communications.
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Source: Phys.org