frame circuit

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Editorial synthesis · provisional

Definition

A frame circuit is the proposed neural realization of a structured familiar situation, linking participant roles, relations and expectations so that one cue can recruit a wider pattern. RB2 illustrates a restaurant frame evoked by waiter. The proposal retains distributed organization and the circuit’s bridging-model status, rather than treating a conceptual frame as a single anatomical box or a fully mapped universal neural module.

Explanation

The defining frame account includes roles and expectations associated with a situation. A customer, waiter and food are related parts of the example rather than an unordered list of words. RB2 proposes distributed networks for this organization, with a partial cue capable of engaging a broader conceptual setting.

The circuit typology is explicitly presented as a bridge between computational conceptual structure and possible neural implementation. Role-nodes are therefore model components in this exposition, not newly verified locations in a specific brain. The proposal supplies no anatomical coordinates, neuron counts or universal one-to-one frame-to-region assignment.

AB gives an accessible waiter-and-menu illustration, while RB3 extends frame language to cosmological structures. That comparison does not turn gravity into neural activation or establish an identical mechanism across scales. The entry stays with the neural-conceptual sense and preserves the difference between cue-based expectations and an infallible description of what is actually happening.

Scope and attribution

Keep distributed model status and distinguish expectations from guaranteed facts.

RB2 — The Real Book, Volume II: Becoming Is Being

Structured distributed expectations have a proposed neural implementation.

Occurrence locators: 101, 102, 103, 104.

Background used in the editorial explanation

Neural frame circuits are distinguished from conceptual waiter frames and cosmic-frame analogies.