Atomic clock: Difference between revisions
From Tardis Wiki, the free Doctor Who reference
m (Temp add of category to help with larger move of tophat templates to the ... top :)) |
No edit summary |
||
| (8 intermediate revisions by 4 users not shown) | |||
| Line 1: | Line 1: | ||
{{wikipediainfo}} | |||
{{Infobox Object | |||
|image = Beryllium clock.jpg | |||
|aka = | |||
|type = [[Clock]] | |||
|made by = | |||
|used by = | |||
|first = Doctor Who (TV story) | |||
|appearances = | |||
|clip = | |||
}} | |||
An '''atomic clock''' was a [[clock]] which used [[atom]]ic vibrations to measure [[time]]. | An '''atomic clock''' was a [[clock]] which used [[atom]]ic vibrations to measure [[time]]. | ||
[[Professor]] [[Wagg]] designed an atomic clock for the countdown to the year [[2000]] and the new [[millennium]]. However, the [[Eighth Doctor]] had to steal the clock's [[beryllium chip]], rendering it inoperable. ([[TV]]: ''[[Doctor Who ( | [[Professor]] [[Wagg]] designed an atomic clock for the [[countdown]] to the year [[2000]] and the new [[millennium]]. However, the [[Eighth Doctor]] had to steal the clock's [[beryllium chip]], rendering it inoperable. ([[TV]]: ''[[Doctor Who (TV story)|Doctor Who]]'') | ||
[[Bill Potts]], with the aide of the [[Twelfth Doctor]] as a tutor, wrote an essay with the elongated title of "Laser cooling of ions: atomic clocks and quantum jumps." ([[TV]]: ''[[The Pilot (TV story)|The Pilot]]'') | |||
[[Category:Time keeping devices]] | [[Category:Time keeping devices]] | ||
[[Category:Technology from the real world]] | [[Category:Technology from the real world]] | ||
Latest revision as of 01:49, 30 October 2017
An atomic clock was a clock which used atomic vibrations to measure time.
Professor Wagg designed an atomic clock for the countdown to the year 2000 and the new millennium. However, the Eighth Doctor had to steal the clock's beryllium chip, rendering it inoperable. (TV: Doctor Who)
Bill Potts, with the aide of the Twelfth Doctor as a tutor, wrote an essay with the elongated title of "Laser cooling of ions: atomic clocks and quantum jumps." (TV: The Pilot)
