Dopaminergic Reward Prediction Error

Midbrain dopamine neurons encoding TD error; the most extensively studied evaluative system

Neighborhood — ranked by edge-count

concept

Temporal Difference Error
analogous_to
The formal RL quantity whose signed character is identified with valence in the paper's account
Wanting/Liking Dissociation
associated_with
Berridge and Robinson's finding that dopamine mediates wanting but not liking; accommodated as two evaluation types

cosine ≥ 0.65 · no typed edge

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

Dopamineconcept0.739
Neurotransmitter reinterpreted not merely as reward signal but as encoding conditional certainty/precision of predictions; modulates top-down and bottom-up balance.
Dopamine encodes the conditional certainty or precision of predictionsclaim0.735
Broader role for dopamine beyond reward signalling, influencing top-down/bottom-up balance.
Prediction Errorconcept0.728
Role in optimizing sensory states; unified treatment shows value-learning and perception share error-minimization principle.
Goal-Relative Prediction Errorconcept0.727
The signed directional computation of how actual outcomes compare to goal-specified targets; identified with valence
Dopaminergic Dischargesconcept0.722
Firing of dopamine neurons encoding precision of beliefs about policies.
Midbrain dopamine neurons fire above baseline for rewards better than predicted, at baseline for matching predictions, and below baseline for worse-than-predicted rewards, matching the temporal difference errorfinding0.719
The foundational finding linking dopaminergic activity to formal RL prediction error
Interoceptive Prediction Errorconcept0.713
Prediction error computed by the anterior insula comparing predicted to actual bodily states; generates feeling states
What Is The Relationship Between Prediction Error Andquestion0.711