Atomic Clocks & Moore's Law: Is There a Connection?

In summary, the conversation discusses two diagrams, one about Moore's law and the other about the development of atomic clocks. The question is raised if there is a connection between the two in terms of future advancements in atomic clock accuracy. However, it is concluded that there is not a direct connection and that the development of better lasers has been more important than the development of computers in this field.
  • #1
roineust
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9
Attached are two diagrams. One describing Moore's law, the other describing the development of atomic clocks since the 50's.

Is there a connection between these diagrams, not in the strict graph-math equivalence sense, but in the sense, that conclusions regarding atomic clocks' future accuracy advancements, can be derived, in a similar way, to that of Moore's law?
 

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  • #2
I don't really think there is a relation, at least not beyond the rather obvious observation that technology has advanced over the past few decades.
You do not need a fast computer to build an accurate atomic clock; computers are obviously used for control, data acquisition etc, but you don't need a computer (or digital logic) to build an accurate clock.

The development of better lasers has been much more important than the development of computers (but again. the two are obviously related but the same thing could be said for the development of better bikes).
 

1. What is an atomic clock?

An atomic clock is a type of clock that uses the natural oscillations of atoms to keep time. It is considered the most accurate type of clock and is used in various scientific and technological applications.

2. How does an atomic clock work?

An atomic clock uses the oscillations of atoms, usually cesium or rubidium, to keep time. The atoms are placed in a sealed chamber and exposed to microwave radiation. The frequency of the radiation is adjusted until it matches the natural frequency of the atoms, which is 9,192,631,770 oscillations per second. This frequency is then used to keep time.

3. What is Moore's Law?

Moore's Law is an observation made by Intel co-founder Gordon Moore in 1965. It states that the number of transistors on a microchip will double approximately every two years, while the cost of the chip will be halved. This has held true for several decades and has been a driving force behind the rapid advancement of technology.

4. Is there a connection between atomic clocks and Moore's Law?

Yes, there is a connection between atomic clocks and Moore's Law. Atomic clocks are used in the development and production of microchips, which are a key component of computers and other electronic devices. The accuracy of atomic clocks is crucial in the fabrication of these microchips, as even the slightest error can affect their performance.

5. How do atomic clocks and Moore's Law impact each other?

Atomic clocks and Moore's Law have a reciprocal relationship. On one hand, the advancement of atomic clocks has allowed for the development of more accurate and precise microchips, which has contributed to the continued fulfillment of Moore's Law. On the other hand, the progress of Moore's Law has also driven the improvement and miniaturization of atomic clocks, making them more accessible and useful in various industries.

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