A good explanation in Microsoft Bing (the same but better than the one I've been giving (for being less extensively complicated, that is)):
"....
1) Positive entropy means there is an increase in disorder or randomness in a system or its surroundings.
2) Negative entropy means there is a decrease in disorder or randomness in a system or its surroundings.
3) Positive entropy occurs when heat flows from the system to the surroundings or when the system undergoes a phase change from solid to liquid or gas.
4) Negative entropy occurs when heat flows from the surroundings to the system or when the system undergoes a phase change from gas to liquid or solid.
...."
The infinities of surroundings of the universe(s) to the universe(s).... A constant of synergy . . . of energy exchange....
There is no such thing as close without open . . . closed without opened . . . closing without opening! And vice-versa! Both linear and in parallel processes at the same time!
"....
1) Positive entropy means there is an increase in disorder or randomness in a system or its surroundings.
2) Negative entropy means there is a decrease in disorder or randomness in a system or its surroundings.
3) Positive entropy occurs when heat flows from the system to the surroundings or when the system undergoes a phase change from solid to liquid or gas.
4) Negative entropy occurs when heat flows from the surroundings to the system or when the system undergoes a phase change from gas to liquid or solid.
...."
The infinities of surroundings of the universe(s) to the universe(s).... A constant of synergy . . . of energy exchange....
There is no such thing as close without open . . . closed without opened . . . closing without opening! And vice-versa! Both linear and in parallel processes at the same time!
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