All articles tagged with #tmos
Researchers from TMOS have developed a new, ultra-thin infrared filter using lithium niobate metasurfaces that can be applied to everyday eyewear, potentially revolutionizing night vision technology by making it lightweight and accessible for consumer use. This innovation allows users to see both infrared and visible light simultaneously, promising applications in safer driving, nighttime activities, and various industries.
Researchers at TMOS have developed a method to stabilize the charge state of boron vacancy defects in hexagonal boron nitride (hBN), a potential replacement for diamond in quantum sensing and quantum information processing. By integrating a confocal photoluminescent microscope with a scanning electron microscope, the team was able to manipulate the charge states of boron vacancy defects while measuring them. This research opens doors for the integration of hBN into devices where diamond is not suitable, offering new possibilities for quantum sensors and data processing.