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WCFSGS
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WCFSGS' Version: Generalized Second Law of Thermodynamics
We have known that there has been some generalization to the second law of thermodynamics.
We like to present here the Version of WCFSGS about this generalization. At this moment, we are not quite sure if our version is different from the version presented by western scientists.
Generalized Second Law of ThermodynamicsRegardless of being OPEN or Closed as the systems are, the Tendency of Equally Extending Everywhere will make the decrease of the system entropy as small as possible under any type of constraints. For the closed systems, the minimal decrease of the system entropy is negative which means that the systems will tend to be with a maximal increase of the system entropy.
For us, an open system's decrease of the system entropy can always be considered as a result of some constraints. However, under any type of constraints, there is a maximal Tendency of Equally Extending Everywhere causing the decrease of the system entropy as small as possible.
For example, imagine that a group of employees go to the conference hall to have a business meeting. In the extreme case, if the boss does not say anything, each of the employees will randomly pick a position to sit down. If the boss says that "You can only sit down within the rows of 31-35, each of the employees will randomly pick a position to sit down within the rows of 31-35. When the boss says that "You must sit down according to the number assigned exclusively for you", the employees will sit down according the the numbers which they got. However, their heads will still move around...
It is obvious that the constraint from the boss is the root-cause for the system entropy to decrease. However there is always a Tendency of Equally Extending Everywhere which makes the decrease of the system entropy as small as possible.
WCFSGS thinks that our version may be a solution to the "contradiction" between the second law and the increase of the complexity and the order in Mother Nature.
WCFSGS = World Chinese Forum On Science of General Systems, ISSN 1936-7260.
http://www.aideas.com
http://www.aideas.com/forumvol6s1.htm
We have known that there has been some generalization to the second law of thermodynamics.
We like to present here the Version of WCFSGS about this generalization. At this moment, we are not quite sure if our version is different from the version presented by western scientists.
Generalized Second Law of ThermodynamicsRegardless of being OPEN or Closed as the systems are, the Tendency of Equally Extending Everywhere will make the decrease of the system entropy as small as possible under any type of constraints. For the closed systems, the minimal decrease of the system entropy is negative which means that the systems will tend to be with a maximal increase of the system entropy.
For us, an open system's decrease of the system entropy can always be considered as a result of some constraints. However, under any type of constraints, there is a maximal Tendency of Equally Extending Everywhere causing the decrease of the system entropy as small as possible.
For example, imagine that a group of employees go to the conference hall to have a business meeting. In the extreme case, if the boss does not say anything, each of the employees will randomly pick a position to sit down. If the boss says that "You can only sit down within the rows of 31-35, each of the employees will randomly pick a position to sit down within the rows of 31-35. When the boss says that "You must sit down according to the number assigned exclusively for you", the employees will sit down according the the numbers which they got. However, their heads will still move around...
It is obvious that the constraint from the boss is the root-cause for the system entropy to decrease. However there is always a Tendency of Equally Extending Everywhere which makes the decrease of the system entropy as small as possible.
WCFSGS thinks that our version may be a solution to the "contradiction" between the second law and the increase of the complexity and the order in Mother Nature.
WCFSGS = World Chinese Forum On Science of General Systems, ISSN 1936-7260.
http://www.aideas.com
http://www.aideas.com/forumvol6s1.htm
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