eneseteostust

Eneseteostust is a theoretical construct used in complex-systems theory to describe the persistence of systemic states through continuous energy throughput. It denotes conditions under which a system maintains functional configurations despite external perturbations by harnessing self-regulating feedback and dissipative processes that stabilize its trajectories over time. The term is used across disciplines that study non-equilibrium dynamics, including ecology, neuroscience, and economics, though definitions vary. Common elements include sustained energy input, multi-scale feedback, and resilience of structure rather than of specific components.

Origins and usage: The term emerged in speculative discussions of non-equilibrium thermodynamics and self-organizing systems and has not achieved formal standardization. In practice, eneseteostust is applied as a lens to compare how different systems maintain order under disruption, rather than as a single measurable quantity. In applications, it helps frame questions about stability, adaptability, and efficiency of energy use, and it is often invoked to discuss how systems balance autonomy with connectivity to the larger environment.

Criticism and perspectives: Critics argue the concept can be too vague or overlapping with established ideas such as dissipative structures, autopoiesis, and energy-budget analyses. Proponents contend it provides a unifying language for cross-disciplinary modeling of sustained states and offers a heuristic for comparing disparate systems.

See also: autopoiesis, dissipative system, non-equilibrium thermodynamics, energy budget.