Entropy | ||
The conservation of energy law
Introduction of the concept of EntropyMaxwell Was a Genius! Page in View: The Entropy law Entropy and the Quantum Theory Gravimotion's point of view Neither physics nor fiction, there is nothing like Gravimotion! Click and download the book that describes it all! | ||
Entropy precisely definedBoltzmann redefines EntropyLudwig Boltzmann (1844-1906) merging both Clausius and Maxwell ideas stated that the apparent chaotic motion of the molecules could be ignored provided one considers the entropy of the system.The two Thermodynamics lawsBoltzmann stated there were two laws of thermodynamics:
Because the 1rst law works as well backward in time as it does along time, the 2nd law is mandatory. The entropy law mandates things to happen along the arrow of time. |
Gravimotion's point of viewBecause they cannot be described mathematically, and because Maxwell statistics offers the opportunity to sidestep the individual motions of the molecules, these motions are simply dropped, deliberately ignored and finally forgotten in physics' law.Making abstraction of these motions restricts our human interpretation of reality though. Ignoring the motion of the molecules is an hindrance intrinsic to the theory and is not intrinsic to the nature of Nature! The man-made-law first sidesteps then ignores the fundamental phenomenon. Physics arrow of timeIn the eyes of physicists the entropy law compels things to happen along time, and the arrow of time (which is real in physics) in turn justifies that law.The point of view of gravimotion is that time (should it exist) would occur within the motion of a single molecule. One does not need to integrate the individual motions of the molecules into the statistical concept of entropy to justify (should it exist) time. Physics and gravimotion have differing goalsIn this case, while ignoring reality’s intrinsic nature, physics is severing the links it could have with reality.Yet that is not detrimental as this procedure yielded many valuable informations about Nature. Physics goal is to describe Nature mathematically in such a way that the THEORETICAL MATHEMATICAL EQUATIONS can be used back in both APPLIED PHYSICS and EXPERIMENTAL PHYSICS. There is no understanding of Nature involved there! It seems that too many people, physicists or not, forget that the theories of physics are not there to explain but to describe! This writer thinks that the way physics approaches Nature prevents it to explain things, even though the description is exquisitely accurate and effective. There is at least another interpretation of Nature that explain things, and that is gravimotion. Gravimotion on the other hand does not yield by far as much as physics does... | |
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