Solid State Miniature Atomic Clock
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About us
A Solid-State miniature atomic clock (SMAC) is a highly precise timekeeping device that uses the vibrations of atoms to measure time with exceptional accuracy, but in a much smaller and more compact form factor compared to traditional atomic clocks. Project Newton has patented a First-ever miniaturization of atomic clock technology to chip scale.
* Precision technology measuring time with unparalleled accuracy
* It works by monitoring the vibrations of atoms which oscillate at consistent frequencies
* Developed by Oxford University team
* Based on nitrogen-encaged buckyball (15N@C60)
* Successful low-frequency (38MHz hyperfine transitions) resonance achieved
* Occupies less than 1 cubic millimeter on a chip
* Enables integration into a wide range of devices & form factors
* Power Efficiency: Requires no standby power
* Dramatically extends battery life in portable devices
* Utilizes standard CMOS-based processes
* Scalable & cost-effectiveness in high-volume production
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