How is the gap or cut between the ontological view (limited by ergodicity) and the epistemic view (limited by godelian limits) traversed by different authors
Based on the provided sources, the “gap” or “cut” between the ontological view (the material world, governed by physical laws and limited by ergodicity) and the epistemic view (the mental world, governed by symbols and limited by Gödelian incompleteness) is a central problem in systems theory. Different authors propose different mechanisms to traverse, bridge, or manage this divide.
Here is how specific authors and groups traverse this gap:
1. Roger James and The Other Group (TOG): Navigation via Transduction
Roger James and TOG explicitly frame the problem using the terms in your query. They argue that “truth outruns provability” (Gödel), meaning our epistemic models are always incomplete, while the material world is “non-ergodic,” meaning the future is not a statistical repetition of the past[1],[2].
• The Gap: They identify two specific “shortfalls” that widen this gap:
◦ The Gödelian Shortfall (Epistemic): Sins of omission. We cannot include everything in our model; we always leave things out[3]. ◦ The Ergodic Shortfall (Ontological): Sins of commission. We assume possibilities exist in the real world that physics or history actually forbid (e.g., assuming a “multiverse” of outcomes when only one path is physically possible)[3]. • How it is Traversed:
◦ Transduction: This is the mechanism of converting the “chaos” of the ontological environment into a “signal” the epistemic system can handle[4]. It bridges the gap by filtering infinite variety down to a manageable set of distinctions[5]. ◦ The “Italian Flag” Model: They navigate the gap by mapping the “White Space” (entropy/uncertainty) between “Green” (proven value) and “Red” (proven constraints). The practitioner “does work” to move items from the white space of uncertainty into the green or red zones, effectively converting epistemic doubt into ontological certainty[6].
2. Howard Pattee and Robert Rosen: The Epistemic Cut and Semantic Closure
For the Relational Biologists, the gap is not a nuisance but a necessity for life and science. They term this the “Epistemic Cut” (or Heisenberg Cut)[7].
• The Gap: A separation is required between the Knower (subject/measuring device) and the Known (object/system). Without this cut, there is no measurement, only physical interaction[7].
◦ Ontological Side: Governed by Laws (rate-dependent, inexorable dynamics like gravity). ◦ Epistemic Side: Governed by Rules (rate-independent, arbitrary constraints like the genetic code or language)[8]. • How it is Traversed:
◦ Semantic Closure: The gap is bridged by a closed loop. The symbolic description (epistemic/DNA) instructs the construction of the physical system (ontological/Proteins), which in turn reads the description. Life is the closure of this loop[9],[10]. ◦ Measurement: Measurement is the specific act of crossing the cut. A measuring device (epistemic agent) interacts with the system (ontological dynamics) to produce a record (symbol)[11].
3. David L. Abel: The Cybernetic Cut and Configurable Switches
Abel focuses on the “Cybernetic Cut,” which distinguishes between physicodynamics (Chance and Necessity) and formalism (Choice and Control)[12].
• The Gap: Physical laws (ontological) describe what must happen; Formal rules (epistemic) describe what should happen to achieve a function. Physicality cannot spontaneously generate Formalism[12].
• How it is Traversed:
◦ The Configurable Switch: The bridge is a physical mechanism that is “dynamically inert.” For example, the laws of physics do not care which nucleotide sits in a DNA slot (it is inert to physics). This physical indifference allows an agent to impose a Choice (epistemic intent) onto the physical matrix without violating physical laws[13]. This “switch” allows information to control matter[14].
4. Niklas Luhmann: Operational Closure and Re-entry
Luhmann argues that the gap cannot be traversed in the traditional sense because systems are operationally closed. A system cannot “reach out” into the ontological world[15].
• The Gap: The environment (ontological complexity) is overwhelmingly complex and inaccessible. The system (epistemic/communicative) operates only with its own elements[16].
• How it is Traversed:
◦ Re-entry: The system creates an internal model of the distinction between itself and the environment. It copies the external difference into itself[17]. ◦ Structural Coupling: The system does not interact with the ontology directly but is “irritated” or “perturbed” by it. The system treats these perturbations as information based on its own internal structure[15].
5. Tim Allen: Narrative vs. Model
Allen addresses the gap between the fluid, changing nature of reality and the static nature of formal models.
• The Gap: Reality (The “Other”) is a continuous flux of “becoming” (Ontological). Models are “zero-dimensional” states that freeze this flux (Epistemic)[18]. When the ontological system evolves (changes its structure), the epistemic model fails (Bifurcation/Error)[19].
• How it is Traversed:
◦ Narrative: When formal models break because they cannot handle the contradiction of a changing ontology, narrative bridges the gap. A story can explain how a “terrorist” became a “freedom fighter” (changing ontology) in a way that a mathematical equation cannot[20]. Narrative links the static states of the model back to the dynamic flux of reality[21].
6. James Ladyman: Real Patterns and Naturalistic Closure
Ladyman bridges the gap by redefining what we mean by “real.”
• The Gap: The disconnect between our “manifest image” (common sense/epistemic) and the “scientific image” (physics/ontic)[22].
• How it is Traversed:
◦ Real Patterns: A pattern in the data (epistemic) is considered “real” (ontological) if it is projectible (it allows for predictions better than random chance). If an information-theoretic structure allows us to navigate the world reliably, the gap is bridged—structure is the reality[23],[24].
Summary Table
| Author | The Epistemic Limit (Map) | The Ontological Limit (Territory) | The Bridge / Mechanism |
|---|---|---|---|
| James / TOG | Gödelian Shortfall (Incomplete) | Ergodic Shortfall (Restricted possibilities) | Transduction & The Italian Flag (Navigating the “White Space”)[25],[4]. |
| Pattee / Rosen | Rules / Symbols (Rate-independent) | Laws / Dynamics (Rate-dependent) | Semantic Closure & The Epistemic Cut (Measurement)[26],[8]. |
| Abel | Formalism (Choice) | Physicodynamics (Chance/Necessity) | Configurable Switch (Dynamically inert physical selection)[13]. |
| Luhmann | System (Reduced complexity) | Environment (Overwhelming complexity) | Re-entry & Structural Coupling (Internal modeling of the difference)[17]. |
| Allen | Model (Zero-dimensional state) | The “Other” (Flux/Becoming) | Narrative (Links static states through time)[20]. |
| Bateson | Creatura (World of Difference) | Pleroma (World of Forces) | Information (A difference that makes a difference)[27],[28]. |
References
[1] 💬Keywords + Jargon.md [2] 💬Uncertainty.md [3] 💬Uncertainty.md [4] 💬What is Complexity.md [5] 💬Environment.md [6] 💬Uncertainty.md [7] 💬Perspectives.md [8] 💬Perspectives.md [9] 💬Gists.md [10] 💬Keywords + Jargon.md [11] 💬Gists.md [12] 💬Gists.md [13] 💬How To Guides.md [14] 💬Questions.md [15] 💬Environment.md [16] 💬Environment.md [17] 💬Environment.md [18] 💬Nutshell (Process).md [19] 💬Questions.md [20] 💬How To Guides.md [21] 💬Representations.md [22] 💬Gists.md [23] 💬Gists.md [24] 💬Keywords + Jargon.md [25] 💬Keywords + Jargon.md [26] 💬Gists.md [27] 💬Environment.md [28] 💬Environment.md