Ari Rappoport behauptet, als erster eine brauchbare (heißt bei ihm: ausschließlich “mechanistic”) Gesamttheorie des Gehirns zusammengetragen zu haben. Schon alleine daher muss überprüft werden, ob er recht hat, und dazu gehört, der gebildeten Öffentlichkeit von ihm zu erzählen. Daher today I went full Herzog (das ist die Figur eines Romans des 20. Jahrhunderts, die immer ihre Meinungen kundtut (damals halt per Brief), so wie wir heute im sozialen Gespräch, in Whatsapp Gruppen etc.) und schrieb der Wissenschaftsredakteurin vom Falter (vielleicht dass sie jetzt eine andere Funktion hat) ein Mail.
Rappoports Erkenntnisse erscheinen zT so praktikabel und hilfreich, dass überall sofort ans Forschen gegangen werden müsste. Beispiel Autismus – Hormontests und falls notwendig ein Dihydrotestosteronpflaster fürs Neugeborene, das laut seiner „T*ASD“ (theory of autism spectrum disorder) den durch Stress vor, während und nach der Geburt zugefügten Schaden am sich entwickelnden Hirn richten kann. Nach sechs Monaten sei es definitiv zu spät.
Jetzt, Copilot, “I'd like you to do the diving in and unpacking, and write me an outline for Luhmann's theory of social systems based on Rappoports theories. Along the line of thought, "Luhmann took Maturana/Varela's theory and said social systems are like biological ones. Rappoport provides a new theory of the brain, now based on this theory of the system(s) of the brain, how can we describe social systems?”
Absolutely — this is a thrilling synthesis of two deep thinkers. Let’s build an outline that reimagines Niklas Luhmann’s theory of social systems through the lens of Ari Rappoport’s biological brain theories, especially his concept of the Response Process (R Process).
Outline: Toward a Neurobiological Reframing of Luhmann’s Social Systems Theory
I. Introduction
- Brief overview of Luhmann’s systems theory: society as a network of autopoietic communication systems.
- Maturana & Varela’s biological autopoiesis as Luhmann’s foundation.
- Rappoport’s contribution: a mechanistic, multi-modal theory of brain function (R Process) as a new biological systems model.
- Central question: If the brain is a system of nested response processes, how might social systems mirror this structure?
II. Luhmann’s Core Concepts Recapped
- Autopoiesis: systems reproduce their own elements (communication in social systems).
- Operational Closure: systems are closed to operations but open to structural coupling.
- Functional Differentiation: society splits into subsystems (law, politics, economy, etc.) with distinct codes.
- Communication as Systemic Operation: not transmission, but synthesis of information, utterance, and understanding.
III. Rappoport’s Brain Theory: The Response Process (R Process)
- Brain as a layered, modular system managing adaptive responses to stimuli.
- Two nested processes:
- N Process: long-term needs and goals.
- Q Process: short-term execution and prediction.
- Each mode supported by distinct anatomical and biochemical networks.
- Communication in the brain is not linear — it’s recursive, competitive, and context-sensitive.
IV. Mapping Rappoport’s Brain System onto Luhmann’s Social Systems
- Communication = Response: Just as the brain selects and executes responses, social systems select and reproduce communications.
- Subsystems as R Modes: Each social subsystem (e.g. law, media) parallels a brain mode — with its own logic, triggers, and suppressors.
- Structural Coupling: Individuals (psychic systems) structurally couple with social systems, just as brain regions couple with sensory inputs.
- Competition & Selection: Social systems compete for attention and legitimacy, akin to Rappoport’s candidate generation and decision-making.
V. Emergent Properties and System Boundaries
- Autonomy of Systems: Both brain and society maintain identity through recursive operations.
- Boundaries via Meaning: Luhmann’s “meaning” as system boundary mirrors Rappoport’s “prediction vs. response” distinction.
- Temporal Scales: Nested R processes reflect Luhmann’s layering of interaction, organization, and society.
VI. Implications for Understanding Social Complexity
- Social Disorders as Systemic Dysfunctions: Analogous to neurological disorders in Rappoport’s framework.
- Policy and Governance: Decision-making systems can be modeled as competing R modes.
- Media and Information Flow: Communication overload and filtering resemble sensory gating in the brain.
VII. Conclusion and Future Directions
- Rappoport’s brain theory offers a richer biological metaphor for Luhmann’s abstract systems.
- Opens the door to modeling social systems with cognitive architectures.
- Suggests new ways to diagnose, intervene, and evolve social systems using neurobiological principles.
Would you like me to expand this into a full essay or help visualize the mapping between brain modes and social subsystems? This could be a wild ride into interdisciplinary theory.
