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Entropy is not!

The conservation of energy law
previous page next page Introduction of the concept of Entropy
Page in View: Maxwell Was a Genius!
The Entropy law
Entropy and the Quantum Theory
Gravimotion's point of view

Temperature by Maxwell

Temperature is behind heat transfer

The fundamental entity behind heat transfer is difference of temperatures.

What is temperature?

Animated molecules
Make the molecules move.
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Maxwell in the 1850ís theorized that the temperature of a body of matter or gas is coincidental to the individual motions of the bodyís own molecules.

The motion of the molecules occurs whether the body be gas such as air or solid such as a piece of rock or even such as your own body.

The molecules themselves are made of atoms, and you will also read that the temperature of a body is made of the motion of its atoms.

Another strike of Maxwell's Genius

Maxwell molecules velocities graph Temperature versus molecule speed.
(A mathematical graph.)
Besides emitting the above idea, Maxwell furthermore provides us with a graph of the averages velocities of a bodyís molecules, in which a peak speed coincides to a specific temperature!

A physical cause that is a specific speed of the molecules is now behind a specific temperature.

Gravimotion's point of view

Maxwell pragmatism leaves us speechless.

The imagination of Maxwell provides us with a "simple" picture (left graph) of reality.
The motion of the molecules is the fundamental phenomenon behind our feeling of temperature.

With Maxwell, Entropy becomes a secondary effect

Temperature, a number of degrees, is the abstract effect of a compounded phenomenon that of a great number of molecules in motion.
Invented before Maxwell's discovery, which states that the molecules of any material body or system are in motion, the entropy concept could not and did not involve these physical motions.
As such:
  • Entropy is first the effect of two differing temperatures (see previous page).
  • Then the phenomenon of temperature itself is the effect of compounding a great number of individual molecules motions.
Entropy, besides not being a physical entity, would be the effect of an effect rather than a fundamental entity.

Maxwell theoretical genius doesn't stop there

Introducing the use of "statistics" Maxwell "links" a specific temperature to a specific speed of the molecules.
Essentially Maxwell provides the means to concisely represent a compounded phenomenon!
Note that in this representation, gone are the individual motions of the molecules. We are now dealing with a compounded representation of a compounded phenomenon.
And any one must admit that in reverse the graph on the left provides no means to draw the individual motions of the molecules!

Summary

Clearly it is Maxwell who uncovered the reality of Nature!
Maxwell discovered the fundamental phenomenon behind temperature that is the motion of the molecules.
Furthermore and as a bonus Maxwell introduced statistics to represent the compounded phenomenon of temperature.

Find out next page how Maxwell statistics were used to consolidate the concept of entropy, consolidating altogether entropy's hindrances!

While humbly recognizing Maxwell genius, gravimotion is taking full advantage of it!

In gravimotion, the lesson learned from Maxwell, is that temperature is nothing else than motion, even if that is a chaotic motion!
Before Maxwell, heat was an unknown entity; yet ignoring Maxwell physical discovery, physics retained only Maxwell statistics.
In gravimotion, Maxwell lesson is taken to the letter, temperature is motion and transfer of heat is motion of that motion, and nothing else.
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Who are we to dare assert that an idea of ours in this case entropy is ruling the physical world!
For a full treatise on that interpretation of Nature that is gravimotion, click:

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