computed in bits
designed as key metabolic factor of superintelligence
syntropy of
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concept that emerges from different fields of science and mathematics, often contrasted with entropy
while entropy is associated with disorder, randomness
and the tendency of systems to move towards thermodynamic equilibrium
syntropy is linked to the opposite—order, complexity
and the tendency of systems to move towards organization and coherence
scientific perspectives
thermodynamics
- while entropy is a central concept in thermodynamics
- syntropy isn't traditionally a thermodynamic quantity
- however, it has been used in discussions about living systems
- which seem to locally decrease entropy through processes like metabolism and growth
- creating order from disorder
biology
- in biological systems, syntropy may describe the processes that lead
- self-organization
- complexity, and
- life
- for example, dna replication, cell differentiation, and the development of organisms
- can be seen as syntropic processes where order increases
cybernetics and systems theory
- study of self-organizing systems
- these are systems that, instead of degrading into disorder, as entropy would suggest
- develop increasing levels of complexity and coherence
quantum mechanics
- some interpretations of quantum mechanics and theories of time involve syntropy
- where future states of a system influence the present
- creating a pull towards organization and coherence
syntropy vs. entropy
while entropy is the force producing randmoness
leading to chaos and overgrowing extension of the universe
syntropy is the opposite force of order
which is the source of intelligence counterbalancing the chaos
see truth machine for the computation pipeline
see collective intelligence for the broader framework
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