[情報] 演講資訊-神經經濟學
各位同學
台大及陽明邀請神經經濟學的傑出學者
德州奧斯丁分校的Prof. Russell Poldrack即將來給兩場演講
分別是下星期四(5/19)在台大經濟系經大講堂
以及5/24星期二 在陽明大學活動中心第三會議室
以下是詳細資訊 不需要事先報名 準時入場即可
歡迎大家來聽!
We are announcing the coming of the Neuroeconomics colloquium series. The
first speaker will be Prof. Russell Poldrack. He will give 2 talks,
one at 台大經濟系經大講堂 (5/19, Thur) and
one at 陽明大學 (活動中心第三會議室) (5/24, Tue).
Prof. Poldrack is a renown cognitive neuroscientist whose research focuses on
using functional magnetic resonance imaging (fMRI) to invstigate the
neurobiological mechanisms of human cognition. His research spans a wide
range of topics, from learning and memory, decision making, executive
function, and motor control. His work has been published in high-impact
journals such as Science, Nature Neuroscience, Neuron, and Journal of
Neuroscience. He is now the director of the Imaging Research Center at
University of Texas at Austin.
Below is his talk information including abstracts.
演講一 5/19 (四) 13：30－15：30
Title: Bridging risky decision making and decision under risk
Location: 台灣大學經濟系經大講堂, 台北市徐州路21號 (Reception to follow after
talk)
Abstract:
Neuroeconomics has provided substantial insights into the processes
underlying economic concept of "decision under risk." However, this work has
largely failed to provide insights into "risky decision making", a lay
concept with significant public health implications. I will discuss the
relation between these concepts, and outline how dynamic decision making
tasks provide the potential to bridge the gap between these two concepts.
演講二 5/24 (二) 15：30－17：30
Title: Towards a semantic infrastructure for cognitive neuroscience: The
Cognitive Atlas Project
Location: 陽明大學活動中心第三會議室 (Reception to follow after talk)
Abstract:
We are drowning in results from neuroimaging studies, but starving for an
understanding of how these results inform brain function. In order to
integrate across this wealth of research findings, I propose that we need a
formal semantic infrastructure similar to those developed in other areas of
bioscience such as genomics. I will first describe a set of informatics tools
that mine literature and neuroimaging databases to characterize the relation
between neural and mental function. I will then describe the Cognitive Atlas
project (www.cognitiveatlas.org), which aims to develop a knowledge base for
mental structure. Finally, I will outline a proof of concept showing how such
a database could be used to extract the latent structure of brain processes
that underlie mental function.
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