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..., was a [[Great Britain|British]] scientist who developed the concept of [[absolute zero]] and devised a temperature scale based on it, which is now named in his ho

...ing probe in which the electronics are cooled to about 15-25 degrees above absolute zero. By doing this the electronic noise normally associated with electronic ci

...ankine being equal to one degree Fahrenheit...zero in the Rankine scale is absolute zero...The melting point of water in the Rankine scale is 491.67 °R and the nor

...okelvin temperatures (10^−9 K), which is very close to the absolute zero.--[[User:Paul Wormer|Paul Wormer]] 09:51, 14 December 2009 (UTC) At absolute zero, the particles ''should'' be still, but cannot be because of Heisenberg, at

* The fundamental shift where the cost of information will be absolute zero.

*{{pl|Absolute zero}} (1658)

;[[Third law of thermodynamics]], about [[absolute zero]] [[temperature]]<nowiki>:</nowiki>: <blockquote>As a system [[Asymptotic|asymptotically]] approaches absolute zero of temperature all processes virtually cease and the entropy of the system

...xis at about &minus;273 [[Celsius|°C]]. This temperature is defined as the absolute zero temperature. Since any real gas would [[liquefaction|liquefy]] before reach ...in statistics itself needs only to be applied at temperatures close to the absolute zero. For higher temperatures Bose-Einstein statistics goes over into [[Boltzman

|'''Absolute zero'''||0 K||−273.15 °C||−459.67 °F||0 °R

...The thermal motions of atoms are ''very'' fast and temperatures close to [[absolute zero]] are required to directly observe them. For instance, when scientists at ...sic” (non-[[Quantum mechanics|quantum mechanical]]) sense. By definition, absolute zero is a temperature of precisely 0 [[kelvin]]s (–273.15 [[Celsius (unit)|°C

...ter in a supersonic molecular beam (temperature around 5 K, i.e., near the absolute zero of temperature).

* [[Third law of thermodynamics]], about [[absolute zero]] [[temperature]] ::As a system [[asymptotically]] approaches absolute zero of temperature all processes virtually cease and the entropy of the system

...nto Bose-Einstein Condensate at less than 170 billionths of a degree above absolute zero'''

</ref> It is an idealization, like [[absolute zero]] for temperature, that can be approached, but never actually realized:<ref

...' of the molecule can be described by classical physics. Very close to the absolute zero (mK or less) cooperative quantum effects, like Bose-Einstein condensation, ...udy of superconductivity, as its boiling point is only 20.28 degrees above absolute zero.

| Absolute zero

...wn substance exhibits this peculiar behavior as it was assumed that at the absolute zero temperature every molecule would be totally frozen, having an energy of 0 J

...bservable in [[nanoscale device]]s. Also, as the temperature is lowered to absolute zero, helium remains a liquid, rather than freezing to a solid, owing to the irr

...principle.<ref name=Longo/><ref name=Dirac/> It is an idealization, like [[absolute zero]] for temperature, that can be approached, but never actually realized:<ref

...(unit)]], [[Fahrenheit (unit)]], [[Rankine (unit)]], [[Temperature]] and [[Absolute zero]]