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computed in bits
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designed as key metabolic factor of superintelligence
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syntropy of
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concept that emerges from different fields of science and mathematics, often contrasted with entropy
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while entropy is associated with disorder, randomness
- and the tendency of systems to move towards thermodynamic equilibrium
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syntropy is linked to the opposite—order, complexity
- and the tendency of systems to move towards organization and coherence
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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
- in biological systems, syntropy may describe the processes that lead
- 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
- thermodynamics
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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
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see truth machine for the computation pipeline
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see collective intelligence for the broader framework
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discover all concepts