Stanford researchers have developed a new, miniature frequency comb that is highly energy-efficient and precise, potentially enabling its integration into everyday electronics for applications like medical diagnostics and environmental monitoring. This “microcomb” leverages thin film lithium niobate technology to overcome traditional limitations, offering a scalable solution for compact, low-power devices.
Stanford researchers have developed a new, miniature frequency comb that is highly energy-efficient and precise, potentially enabling its integration into everyday electronics for applications like medical diagnostics and environmental monitoring .
This “microcomb” leverages thin film lithium niobate technology to overcome traditional limitations, offering a scalable solution for compact, low-power devices.
Stanford Researchers Miniature Frequency Comb Energy-Efficient Precise Everyday Electronics Medical Diagnostics Environmental Monitoring Microcomb Thin Film Lithium Niobate Technology Compact Low-Power Devices
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