International audienceRecent technical advances in neuroscience give a more precise view of the inner circuitry of the amygdala and of its links within the medial temporal lobe, and with the basal ganglia and prefrontal cortex. We will summarize corresponding data and present the computational model of the amygdala that we have designed accordingly. This model proposes how the main features of pavlovian conditioning are computed in the amygdalar nuclei and how emotional values of stimuli are computed and exploited in other brain regions, for episodic and semantic learning and for instrumental conditioning
Do different brains forming a specific memory allocate the same groups of neurons to encode it? One ...
The amygdala is a heterogeneous structure that has been implicated in a wide variety of functions, m...
How memory is organized within neural networks is a fundamental question in neuroscience. We used Pa...
International audienceThe amygdala is a brain structure known for its implication in pavlovian condi...
The amygdala is a small subcortical structure that has long been implicated in the conditioning of f...
International audienceRecent advances in neuroscience give us a better view of the inner structure o...
Contemporary computational accounts of instrumental conditioning have emphasized a role for a model-...
Contemporary computational accounts of instrumental conditioning have emphasized a role for a model-...
We describe work in progress with the aim of constructing a computational model of emotional learnin...
A neural model is presented that explains how outcome-specific learning modulates affect, decision-m...
To understand how the human amygdala contributes to associative learning, it is necessary to differe...
The amygdala is important for reward-associated learning, but how distinct cell groups within this h...
Current knowledge on the neuronal substrates of Pavlovian conditioning in animals and man is briefly...
Abstract. The amygdala has repeatedly been involved in the processing of emotional reactions and con...
Abstract. Despite the great amount of knowledge produced by the neu-roscientific literature affectiv...
Do different brains forming a specific memory allocate the same groups of neurons to encode it? One ...
The amygdala is a heterogeneous structure that has been implicated in a wide variety of functions, m...
How memory is organized within neural networks is a fundamental question in neuroscience. We used Pa...
International audienceThe amygdala is a brain structure known for its implication in pavlovian condi...
The amygdala is a small subcortical structure that has long been implicated in the conditioning of f...
International audienceRecent advances in neuroscience give us a better view of the inner structure o...
Contemporary computational accounts of instrumental conditioning have emphasized a role for a model-...
Contemporary computational accounts of instrumental conditioning have emphasized a role for a model-...
We describe work in progress with the aim of constructing a computational model of emotional learnin...
A neural model is presented that explains how outcome-specific learning modulates affect, decision-m...
To understand how the human amygdala contributes to associative learning, it is necessary to differe...
The amygdala is important for reward-associated learning, but how distinct cell groups within this h...
Current knowledge on the neuronal substrates of Pavlovian conditioning in animals and man is briefly...
Abstract. The amygdala has repeatedly been involved in the processing of emotional reactions and con...
Abstract. Despite the great amount of knowledge produced by the neu-roscientific literature affectiv...
Do different brains forming a specific memory allocate the same groups of neurons to encode it? One ...
The amygdala is a heterogeneous structure that has been implicated in a wide variety of functions, m...
How memory is organized within neural networks is a fundamental question in neuroscience. We used Pa...