The third law of thermodynamics stresses the fact that it is physically impossible for matter in the universe to reach a state of absolute zero in temperature. It is also an important rule because it stresses the importance of entropy.

The developer of the third law of thermodynamics was a chemist, Walher Nernst and is thus, sometimes referred to as the Nernst’s Theorem or even Nernst’s Postulate. Nernst, who worked on the theory during the years 1906 to 1912, claimed that it was impossible to reduce the temperature of matter any lower than absolute zero. The main point that the third law of thermodynamics stresses is the fact that the entropy of any matter or any system at the temperature of the absolute zero is a well-marked and defined constant.

The most important aspect of the third law of thermodynamics is the fact that it supports, and is based on the implications of the previous three laws of thermodynamics. The third law has extremely important implications in the study of physics, as well as subjects which involve the use of the science of ultra-low temperature in the study of chemistry. The third law is also a regular point of reference in the study of the Adiabatic Process and the various studies which revolve around it.

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