The Second Law of Thermodynamics dictates that the total entropy, or disorder, must increase over time within any isolated physical system. When applied to the Universe as a whole, if considered a closed system, this law points toward an ultimate fate of widespread energetic decay and a gradual progression into maximum disorder.
Yet within open subsystems, this trend toward disorder is not absolute. Through the continuous exchange of energy and matter with their surroundings, such localized regions can experience temporary decreases in entropy. This allows for the emergence and persistence of order, where structure and complexity can arise and fight back against the universal drift toward chaos.
In contrast, certain physical systems function as sources of entropy, whether by degrading internally or by channeling disorder into their environment. They serve as catalysts for disorganization, extending randomness beyond their own confines. These are entropic agents, entities or processes that actively disseminate disorder, thereby hastening the local or widespread progression toward thermodynamic equilibrium. Read more...
Second Law of Thermodynamics - Nature vs Mankind #FrizeMedia https://buff.ly/lyoCSKn






