Showing posts with label biology. Show all posts
Showing posts with label biology. Show all posts

Monday, February 27, 2012

SSRN Working paper: Physiology and Economics


Clement Levallois 


Erasmus University Rotterdam


January 2, 2012

Abstract:      
Following the 'Decade of the Brain', increased intellectual exchanges have developed between neuroscience and the social sciences and humanities (SSH). This essay examines how these new contacts between SSH and neuroscience reshaped the practices of observation of social scientists. Focusing on economists and the newly emerged field of neuroeconomics, we point first to the novelty of this episode – experimentation in the lab was foreign to economists’s practices for most of the twentieth century. We then layout the frictions generated by these new practices, showing that new technologies and conventions of interpretation, such as pictorial forms of evidence, run against deep-seated conceptions of what an economist’s skills and standards of observation should consist of. The multiplicity of technologies of observation offered by neuroscience and the increasing number of actors (academic or not) claiming expertise in them are making even more complex the process of adoption of hybrid practices, and the creation of 'neuro-SSH'.
Number of Pages in PDF File: 26
Keywords: neuroeconomics, neuroimaging, interdisciplinarity, scientific practices, observation
JEL Classifications: A12, B4, D87
Working Paper Series

Friday, November 27, 2009

New IZA Paper: What Can We Learn From Molecular Genetics

Nature, Nurture and Egalitarian Policy: What Can We Learn from Molecular Genetics? 
 by Petter Lundborg, Anders Stenberg
(November 2009)

Abstract:
This brief paper draws attention to molecular genetic research which may provide a new dimension to our understanding of how socioeconomic outcomes are generated. In particular, we provide an overview of the recently emerging evidence of gene-environment interaction effects. This literature points out specific policy areas which may compensate individuals carrying genetic risks, without resorting to gene mapping of the population. Such policies would also increase intergenerational mobility if genetic and/or environmental risk factors are more common in socially disadvantaged groups.