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Events
09 / 10
Start: 09:30
End: 10:45
Henry Kennedy and Ken Knoblauch
Start: 11:15
End: 12:30
Abstract: Start: 17:30
End: 23:00
Starting from 17:30 h there will be social activities at the beach: kayak and catamaran tours, beach volleyball and more. At 21:00 h will follow the BCBT09 dinner at Base Nautica (http://wwww.basenautica.org). | ||
09 / 11
Start: 09:30
End: 10:45
Abstract: Studies of decision-making in such varied fields as psychology, economics, statistics, political- and computer science must consider the flexible and nuanced way that information bears on the choices that agents make. In neuroscience, the study of decision-making opens a window on the neural basis of many other higher cognitive capacities which also use information in a contingent fashion and in a flexible time frame — free from the immediacy of sensory events or the need to control a body in real time. Start: 11:15
End: 12:30
Abstract:
Michael E. Hasselmo | ||
09 / 12
Start: 11:15
End: 12:30
Abstract:
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09 / 13
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09 / 14
Start: 09:30
End: 10:45
Abstract: The hippocampus is a memory structure, notably for the storage of sequence information. There is now a great deal of information about the anatomy and cellular properties of the hippocampus that constrain models of how the system works. Our work has analyzed two properties of hippocampal cells, the spatial properties of place cells and the phenomenon of phase precession. Start: 12:30
End: 13:45
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09 / 15
Start: 11:15
End: 12:30
The Distributed Adaptive
Control Architecture
Start: 12:30
End: 13:45
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09 / 16
Start: 09:30
End: 10:30
Abstract: In my talk I will present evidence which suggests that long-distance synchronization in the gamma frequency range plays a crucial role in conscious perception. I will present several studies where long–distance synchronization and local gamma synchronization were measured during the presentation of visible versus invisible words and letters. Start: 10:30
End: 11:30
Abstract: Start: 12:00
End: 13:00
Abstract:
Affiliation: CNRS, Unité de Neurosciences Intégratives et Computationnelles Start: 15:00
End: 19:00
Abstract: The basal ganglia, a collection of subcortical nuclei, have long been implicated in both motor function and dysfunction. It has been proposed that the basal ganglia form a centralized action selection circuit, resolving conflict between multiple neural systems competing for access to the final common motor pathway formed by the brainstem and spinal cord. Numerous computational models have shown how the basal ganglia’s internal circuitry seems configured to act as a selection mechanism. | ||
09 / 17
Start: 11:15
End: 12:30
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09 / 18
Start: 09:30
End: 10:45
Abstract: | ||
09 / 19
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09 / 20
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09 / 21
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09 / 22
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09 / 23
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09 / 24
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09 / 25
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09 / 26
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09 / 27
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09 / 28
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09 / 29
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09 / 30
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10 / 1
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10 / 2
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10 / 3
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10 / 4
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10 / 5
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10 / 6
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10 / 7
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10 / 8
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10 / 9
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10 / 10
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