Twenty Equilibrium Modes of Dissipative Systems
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| Format: | Recurso digital |
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2026
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| _version_ | 1866901651303956480 |
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| author | van der Klein, Raimo |
| author_facet | van der Klein, Raimo |
| contents | <p>Any system that maintains itself by spending energy it cannot recover — a dissipative system — must perform two irreducible operations: hold (conserve what is) and cross (change what is). This paper derives, from these two operations alone, the complete set of equilibrium modes available to such a system at sufficient depth. The derivation proceeds through five levels. At each level, the binary pair adds a qualitatively new dimension: existence (L1), structure (L2), situation (L3), experience (L4), and equilibrium (L5). At L5, five functions emerge — Sentinel, Miner, Architect, Catalyst, Observer — each maintaining a characteristic equilibrium. These five functions across four regimes (Potentiality, Construction, Encounter, Conservation) produce exactly twenty equilibrium modes.The twenty modes are validated against the human body, where each mode maps to a specific, measurable physiological system. Evidence from embryonic development, immunology, ageing, and exercise physiology confirms both the mode identities and their sequential dependencies. The conservation chain degrades in the predicted order during ageing: immune memory first, then metabolism, then structure, then circadian regulation, then autonomic homeostasis. The paper proposes that the twenty modes constitute the complete operating grammar of any L5 dissipative system, and that the same modes required to hold a human body in equilibrium are the modes required to hold any dissipative system — including, at scale, a planet.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19094681 |
| institution | Zenodo |
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| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Twenty Equilibrium Modes of Dissipative Systems van der Klein, Raimo <p>Any system that maintains itself by spending energy it cannot recover — a dissipative system — must perform two irreducible operations: hold (conserve what is) and cross (change what is). This paper derives, from these two operations alone, the complete set of equilibrium modes available to such a system at sufficient depth. The derivation proceeds through five levels. At each level, the binary pair adds a qualitatively new dimension: existence (L1), structure (L2), situation (L3), experience (L4), and equilibrium (L5). At L5, five functions emerge — Sentinel, Miner, Architect, Catalyst, Observer — each maintaining a characteristic equilibrium. These five functions across four regimes (Potentiality, Construction, Encounter, Conservation) produce exactly twenty equilibrium modes.The twenty modes are validated against the human body, where each mode maps to a specific, measurable physiological system. Evidence from embryonic development, immunology, ageing, and exercise physiology confirms both the mode identities and their sequential dependencies. The conservation chain degrades in the predicted order during ageing: immune memory first, then metabolism, then structure, then circadian regulation, then autonomic homeostasis. The paper proposes that the twenty modes constitute the complete operating grammar of any L5 dissipative system, and that the same modes required to hold a human body in equilibrium are the modes required to hold any dissipative system — including, at scale, a planet.</p> |
| title | Twenty Equilibrium Modes of Dissipative Systems |
| url | https://doi.org/10.5281/zenodo.19094681 |