Reflections on Self-regulating and Evolving Systems
I have created this page to gather my reflections on a concept of “Dynamic Homeostasis. This section focuses on how living systems sustain coherence across shifting conditions: through recursive loops, hierarchical layers, and adaptive feedback.
It invites conceptual exploration of a new perspective on biological systems and neuroscience. My aim is to reflect on how regulation unfolds through the interplay of temporal rhythms, spatial organization and energetic distribution.
How does a system remain itself while continually becoming something new?
01
Core Concept
Living systems regulate through a recursive cycle of predictive dynamic homeostasis, disruption, reaction, adaptation, and refined homeostasis. Each phase consists of three interdependant regulatory systems: temporal, spatial reach and metabolic axes. Coherence can emerge from synchronization across fluctuating internal and external conditions.
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02
Physiological Systems
This section explores how a system regulates itself within predefined thresholds, thereby sustaining internal homeostasis.
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03
Pathological Systems
This section reflects on a system that exceeds it´s threshold limits: where regulatory patterns deviate, collapse, or reorganize maladaptively. Pathology arises when entropy overrides the system´s prior balance.
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