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In spite of the [[second law of thermodynamics]], crystallization of pure liquids usually begins at lower temperature than

However, the property reported (thick curves) is not compatible with the [[Second Law of thermodynamics]]. With such a material, the [[Perpetual motion]] device would be possible On the base of the [[Second Law of thermodynamics]], the experimental results

The [[second law of thermodynamics]] states that<ref>The heat flow ''Q'' divided by ''T'' is the increase of ...not a design flaw, but a consequence of physical principles (the first and second law of thermodynamics).

...n compensatory efflux of waste (disorder), which thereby complies with the second law of thermodynamics and permits sustaining and exploiting a dynamically organized state far fro

...W. Thomson in 1874.</ref> that could violate the [[Laws of thermodynamics|second law of thermodynamics]]. This law had been formulated in the 1850s by [[William Thomson]] and [[R

...W. Thomson in 1874.</ref> that could violate the [[Laws of thermodynamics|second law of thermodynamics]]. This law had been formulated in the 1850s by [[William Thomson]] and [[R

...with questions such as whether biological systems are compatible with the second law of thermodynamics and whether they could be explained by quantum mechanics….There have also

...the last 50 years, that argues that the evolutionary driving force is the Second Law of Thermodynamics, continues to be promoted by some, while severely criticized by others. If

...at organization, and thus to delay (for their lifetime) the dictate of the Second Law of Thermodynamics, which states that organized systems ultimately degrade to a state of rando

...red plants increased from under 35% to close to 45%.<ref>Because of the [[second law of thermodynamics]] there is a fixed physical limit on the efficiency. By [[Carnot's law]] th

The [[Second Law of Thermodynamics|''Second'' Law of Thermodynamics]] has fundamental pertinence to the unders ...n system'' can become more ordered spontaneously without conflict with the Second Law of Thermodynamics.

...rank L. Lambert]<ref name=lambert5>[http://secondlaw.oxy.edu/five.html The Second Law of Thermodynamics]</ref> The [[Second Law of Thermodynamics|''Second'' Law of Thermodynamics]] has fundamental pertinence to the unders

...odynamic equilibrium. If the environment were at equilibrium, then, by the Second Law of Thermodynamics, no net chemical transformation would be possible. Thus we assume that life