International audienceReward comparison in the brain is thought to be achieved through the use of a common currency, implying that reward value representations are computed on a unique scale in the same brain regions regardless of the reward type. Although such a mechanism has been identified in the ventro-medial prefrontal cortex and ventral striatum in the context of decision-making, it is less clear whether it similarly applies to non-choice situations. To answer this question, we scanned 38 participants with fMRI while they were presented with single cues predicting either monetary or erotic rewards, without the need to make a decision. The ventral striatum was the main brain structure to respond to both cues while showing increasing ac...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
The frontal cortex is crucial to sound decision-making, and the activity of frontal neurons correlat...
Introduction Rewarding and punishing stimuli elicit BOLD responses in the affective division of the ...
International audienceReward comparison in the brain is thought to be achieved through the use of a ...
Reward comparison in the brain is thought to be achieved through the use of a common currency, imply...
While the striatum has been implicated in reward processing, an alternative view contends that the s...
While the striatum has been implicated in reward processing, an alternative view contends that the s...
AbstractWhile the striatum has been implicated in reward processing, an alternative view contends th...
Reward processing engages diverse brain regions, including multiple prefrontal regions and the basal...
Despite an increasing focus on the neural basis of human decision making in neuroscience, relatively...
SummaryDespite an increasing focus on the neural basis of human decision making in neuroscience, rel...
To dissociate a choice from its antecedent neural states, motivation associated with the expected ou...
Neuroimaging studies of decision-making have generally related neural activity to objective measures...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
AbstractDecision theories mandate that organisms should adjust their behaviour in the light of the c...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
The frontal cortex is crucial to sound decision-making, and the activity of frontal neurons correlat...
Introduction Rewarding and punishing stimuli elicit BOLD responses in the affective division of the ...
International audienceReward comparison in the brain is thought to be achieved through the use of a ...
Reward comparison in the brain is thought to be achieved through the use of a common currency, imply...
While the striatum has been implicated in reward processing, an alternative view contends that the s...
While the striatum has been implicated in reward processing, an alternative view contends that the s...
AbstractWhile the striatum has been implicated in reward processing, an alternative view contends th...
Reward processing engages diverse brain regions, including multiple prefrontal regions and the basal...
Despite an increasing focus on the neural basis of human decision making in neuroscience, relatively...
SummaryDespite an increasing focus on the neural basis of human decision making in neuroscience, rel...
To dissociate a choice from its antecedent neural states, motivation associated with the expected ou...
Neuroimaging studies of decision-making have generally related neural activity to objective measures...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
AbstractDecision theories mandate that organisms should adjust their behaviour in the light of the c...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
The frontal cortex is crucial to sound decision-making, and the activity of frontal neurons correlat...
Introduction Rewarding and punishing stimuli elicit BOLD responses in the affective division of the ...