The Cognitive Feedback Loop is the bidirectional exchange of data between a biological Eidos Interface and a Planar Tension Catalyst during the active enforcement of a Planar Tension Geometry.
A Catalyst functions as a transceiver. When an operator calculates a geometry and discharges Tenax, the Catalyst alters the local Planar Tension. The ambient friction of the Monada immediately resists this alteration, and the Catalyst feeds this physical planar resistance back into the operator's mind as continuous cognitive and sensory data.
The volume, complexity, and nature of this feedback are strictly proportional to the specificity of the geometry enforced and the resulting metaphysical friction.
Information Exchange and Planar Specificity
The severity of the cognitive feedback loop depends on the volume of Noematic data the Catalyst must process and relay. For a detailed breakdown of how different geometric approaches affect this friction, see Effective Aperture Geometry.
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Low-Specificity Feedback: Geometries that lack planar specificity at their boundaries create a mathematical paradox within the fluid drift of the Monada. The ambient planes constantly attempt to resolve this paradox by diffusing the energy. The Catalyst feeds a violent, continuous "tugging" sensation back to the operator, forcing the biological brain to constantly recalculate the exact spatial coordinates of the edge to prevent collapse.
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High-Specificity Feedback: Geometries that define the exact tension, decay rate, and density at every single coordinate map perfectly onto the natural diffusion of the planes. Because the geometry is highly specific, the Catalyst feeds back a massive, multi-layered stream of planar data regarding thermal dynamics, kinetic resistance, and spatial decay. The biological brain must process this immense volume of Noematic data simultaneously.
Physiological Failure States
Neurological Overload occurs exclusively when the operator attempts to maintain a geometry whose planar specificity generates a feedback volume exceeding the neural throughput of their Eidos Interface.
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Thermal Cascade: The biological brain overheats while attempting to render the complex Noematic feedback. This manifests as progressive capillary rupture, typically beginning in the nasal cavity, ocular cavity, and auditory canals.
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Synaptic Degradation: Sustained processing beyond biological tolerance causes the neural pathways of the Eidos Interface to physically scar. This results in a permanent reduction of cognitive bandwidth and involuntary ambient reception.
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Cascade Fracture: If the brain fails to maintain the specific geometry under the weight of the feedback loop, the cognitive scaffold shatters. The Catalyst loses its guiding signature, and the pooled Tenax discharges without containment, producing a wild Rift.