The term "negentropy" is often used interchangeably with "negative entropy" or "informational entropy" in the context of information theory and thermodynamics. It refers to the measure of order, organization, or information within a system. Entropy is a concept borrowed from thermodynamics, originally used to describe the amount of disorder or randomness in a physical system. In information theory, it is used to quantify the uncertainty or surprise associated with a random variable.
When talking about the "supply of negentropy," it generally means the addition of order, organization, or information into a system. In other words, it refers to processes or actions that increase the level of order or complexity within a system. This can be seen as the opposite of the natural tendency for systems to move towards increased disorder or randomness (higher entropy) over time, as described by the second law of thermodynamics.
In a broader context, discussions about the supply of negentropy often pertain to biological systems, evolution, and self-organizing processes. For instance, life on Earth is believed to have arisen and evolved as a way to counteract the natural increase in entropy by extracting energy from the environment and using it to create and maintain complex, organized structures.
In summary, the supply of negentropy refers to processes that bring order, organization, and information into a system, counteracting the natural tendency towards disorder and randomness.
