AbstractAccumulating evidence from nonhuman primates suggests that midbrain dopamine cells code reward prediction errors and that this signal subserves reward learning in dopamine-receiving brain structures. In this issue of Neuron, McClure et al. and O'Doherty et al. use event-related fMRI to provide some of the strongest evidence to date that the reward prediction error model of dopamine system activity applies equally well to human reward learning
Making predictions about future rewards is an important ability for primates, and its neurophysiolog...
This article focuses on recent modeling studies of dopamine neuron activity and their influence on b...
Physiologic studies revealed that neurons in the dopaminergic midbrain of non-human primates encode ...
The activity of dopaminergic neurons are thought to be increased by stimuli that predict reward and ...
The activity of dopaminergic neurons are thought to be increased by stimuli that predict reward and ...
Dopamine is a neurotransmitter and disruption to this system has long been associated with the neuro...
Midbrain dopamine neurons are commonly thought to report a reward prediction error (RPE), as hypothe...
Situations where rewards are unexpectedly obtained or withheld represent opportunities for new learn...
The latest animal neurophysiology has revealed that the dopamine reward prediction error signal driv...
Previous reports have described that neural activities in midbrain dopamine areas are sensitive to u...
Predicting outcomes is a critical ability of humans and animals. The dopamine reward prediction erro...
Prediction-error signals consistent with formal models of “reinforcement learning” (RL) have repeate...
To repeat actions that lead to good outcomes and to avoid repeating actions that lead to undesirable...
Predictions help guide learning. As we encounter objects in our environment, we make predictions abo...
A large body of work has linked dopaminergic signaling to learning and reward processing. It stresse...
Making predictions about future rewards is an important ability for primates, and its neurophysiolog...
This article focuses on recent modeling studies of dopamine neuron activity and their influence on b...
Physiologic studies revealed that neurons in the dopaminergic midbrain of non-human primates encode ...
The activity of dopaminergic neurons are thought to be increased by stimuli that predict reward and ...
The activity of dopaminergic neurons are thought to be increased by stimuli that predict reward and ...
Dopamine is a neurotransmitter and disruption to this system has long been associated with the neuro...
Midbrain dopamine neurons are commonly thought to report a reward prediction error (RPE), as hypothe...
Situations where rewards are unexpectedly obtained or withheld represent opportunities for new learn...
The latest animal neurophysiology has revealed that the dopamine reward prediction error signal driv...
Previous reports have described that neural activities in midbrain dopamine areas are sensitive to u...
Predicting outcomes is a critical ability of humans and animals. The dopamine reward prediction erro...
Prediction-error signals consistent with formal models of “reinforcement learning” (RL) have repeate...
To repeat actions that lead to good outcomes and to avoid repeating actions that lead to undesirable...
Predictions help guide learning. As we encounter objects in our environment, we make predictions abo...
A large body of work has linked dopaminergic signaling to learning and reward processing. It stresse...
Making predictions about future rewards is an important ability for primates, and its neurophysiolog...
This article focuses on recent modeling studies of dopamine neuron activity and their influence on b...
Physiologic studies revealed that neurons in the dopaminergic midbrain of non-human primates encode ...