How The Atomic Clock Works at Glenn Austin blog

How The Atomic Clock Works. when exposed to certain frequencies of radiation, such as radio waves, the subatomic particles called electrons that orbit an atom's nucleus will jump back and forth between energy. however, none of these things would be possible without atomic clocks. in any atomic clock, the atoms are contained in a vacuum chamber, and in some of those clocks, atoms interact with. The electronic components of atomic clocks are regulated by the frequency of the microwave electromagnetic radiation. the effects of these mechanisms are felt by all of us in the f­orm of alarm clocks, computers, answering machines and meeting schedules. atomic clock, type of clock that uses certain resonance frequencies of atoms (usually cesium or rubidium) to keep time with extreme accuracy.

This Is How Atomic Clocks Work
from wonderfulengineering.com

in any atomic clock, the atoms are contained in a vacuum chamber, and in some of those clocks, atoms interact with. The electronic components of atomic clocks are regulated by the frequency of the microwave electromagnetic radiation. when exposed to certain frequencies of radiation, such as radio waves, the subatomic particles called electrons that orbit an atom's nucleus will jump back and forth between energy. however, none of these things would be possible without atomic clocks. atomic clock, type of clock that uses certain resonance frequencies of atoms (usually cesium or rubidium) to keep time with extreme accuracy. the effects of these mechanisms are felt by all of us in the f­orm of alarm clocks, computers, answering machines and meeting schedules.

This Is How Atomic Clocks Work

How The Atomic Clock Works atomic clock, type of clock that uses certain resonance frequencies of atoms (usually cesium or rubidium) to keep time with extreme accuracy. when exposed to certain frequencies of radiation, such as radio waves, the subatomic particles called electrons that orbit an atom's nucleus will jump back and forth between energy. in any atomic clock, the atoms are contained in a vacuum chamber, and in some of those clocks, atoms interact with. The electronic components of atomic clocks are regulated by the frequency of the microwave electromagnetic radiation. however, none of these things would be possible without atomic clocks. the effects of these mechanisms are felt by all of us in the f­orm of alarm clocks, computers, answering machines and meeting schedules. atomic clock, type of clock that uses certain resonance frequencies of atoms (usually cesium or rubidium) to keep time with extreme accuracy.

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