“Scientists have developed a highly precise terahertz molecular clock, which could revolutionize timekeeping and telecommunications. The new clock is based on the terahertz rotational transitions of molecules, and is accurate to within one second in a billion years. The clock has a potential resolution of one nanosecond, making it hundreds of times more precise than the current atomic clock.

This breakthrough could lead to new applications in communication networks, including providing more precise synchronization for 5G networks, as well as precision navigation and timing systems. It could also lead to improved accuracy in the detection of gravitational waves and other physical phenomena. The clock could even be used to measure the speed of light, and to study the effects of relativity and other phenomena.”

Today, scientists have announced an incredible advancement in timekeeping technology - a highly precise terahertz molecular clock. This groundbreaking clock is based on the terahertz rotational transitions of molecules, and is precise to within one second in a billion years! With a potential resolution of one nanosecond, it is hundreds of times more precise than the current atomic clock. This breakthrough could revolutionize many aspects of our lives, from providing more precise synchronization for 5G networks to improving accuracy in the detection

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source: Phys.org