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|Title: ||Complying with norms. a neurocomputational exploration|
|Authors: ||Colombo, Matteo|
|Supervisor(s): ||Series, Peggy|
|Issue Date: ||27-Jun-2012|
|Publisher: ||The University of Edinburgh|
|Abstract: ||The subject matter of this thesis can be summarized by a triplet of
questions and answers. Showing what these questions and answers mean is, in
essence, the goal of my project. The triplet goes like this:
Q: How can we make progress in our understanding of social norms and
A: Adopting a neurocomputational framework is one effective way to
make progress in our understanding of social norms and norm
Q: What could the neurocomputational mechanism of social norm
A: The mechanism of norm compliance probably consists of Bayesian -
Reinforcement Learning algorithms implemented by activity in certain
Q: What could information about this mechanism tell us about social
norms and social norm compliance?
A: Information about this mechanism tells us that:
a1: Social norms are uncertainty-minimizing devices.
a2: Social norm compliance is one trick that agents employ to interact coadaptively
and smoothly in their social environment.
Most of the existing treatments of norms and norm compliance (e.g. Bicchieri
2006; Binmore 1993; Elster 1989; Gintis 2010; Lewis 1969; Pettit 1990; Sugden
1986; Ullmann‐Margalit 1977) consist in what Cristina Bicchieri (2006) refers to as
“rational reconstructions.” A rational reconstruction of the concept of social norm
“specifies in which sense one may say that norms are rational, or compliance with a
norm is rational” (Ibid., pp. 10-11).
What sets my project apart from these types of treatments is that it aims, first
and foremost, at providing a description of some core aspects of the mechanism of
norm compliance. The single most original idea put forth in my project is to bring an alternative
explanatory framework to bear on social norm compliance. This is the framework of
computational cognitive neuroscience. The chapters of this thesis describe some
ways in which central issues concerning social norms can be fruitfully addressed
within a neurocomputational framework.
In order to qualify and articulate the triplet above, my strategy consists firstly
in laying down the beginnings of a model of the mechanism of norm compliance
behaviour, and then zooming in on specific aspects of the model. Such a model, the
chapters of this thesis argue, explains apparently important features of the
psychology and neuroscience of norm compliance, and helps us to understand the
nature of the social norms we live by.|
|Sponsor(s): ||Engineering and Physical Sciences Research Council (EPSRC)|
|Keywords: ||social norms|
|Appears in Collections:||Philosophy PhD thesis collection|
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