Preference Formation, Social Location and Ideology

Author(s):  
Keith Dowding

This chapter examines how preferences are formed and how this preference-formation process can be determined by an individual’s social location and the ideology of their society. Simple desires require simple explanation, complex desires complex ones. Endogenous interests result from simple desires, exogenous ones from complex ones that result from our social location and history. Exogenous interests are formed by a situation and a perspective effect. Their social location determines the former, the perspective is formed by interests given their social location. The chapter explains the distinction between luck and systematic luck in greater deal and how we judge luck in terms of types of people in given social locations. It gives a detailed example of systematic luck in term of UK farmers, and how that systematic luck depends on their social location and British history. It then explains ideology as a cost-saving device for working out interests and how ideological beliefs can both bias and be biased by nature of the power and luck structure. Some groups manage to get their worldview extended by them to the view of other groups. The chapter explains how our beliefs go beyond our conscious thoughts and how this is implicated in our worldview and ideology.

PLoS ONE ◽  
2015 ◽  
Vol 10 (8) ◽  
pp. e0131796 ◽  
Author(s):  
Benno Belke ◽  
Helmut Leder ◽  
Claus Christian Carbon

2000 ◽  
Vol 177 ◽  
pp. 325-330
Author(s):  
Ernst A. Dorfi ◽  
Susanne Höfner

A new mechanism is proposed to explain an asymmetric mass loss of carbon-rich AGB stars where slow stellar rotation modifies a wind due to the non-linear behavior of the dust formation process. This effect leads to a preferential mass loss with higher velocities in the equatorial plane and also provides a simple explanation for the widely-observed asymmetries in the shapes of planetary nebulae.


Author(s):  
Masaru Itakura ◽  
Noriyuki Kuwano ◽  
Kensuke Oki

The low temperature phase of Pd5Ce (L-Pd5Ce) has a one-dimensional long period superstructure (1D-LPS) derived from Ll2. The periodic antiphase boundaries (APBs) are parallel to (110) planes and have a shift vector of 1/2[110]. Hereafter, the indices are referred to the basic lattices of Ll2 As insertion of the APB causes a change in composition, such an APB is called “non-conservative”. Then, a domain size M depends upon the Ce concentration in the alloy. It was found that M increases also with temperature. The temperature dependency of M is attributed to a change of the degree of order within the antiphase domains. In this work, morphology of the non-conservative APBs is observed to clarify the formation process of the 1D-LPS.The alloy of Pd-16.7 at%Ce was prepared by arc melting in argon atmosphere. Disc specimens made from the alloy ingot were first held at 985 K for 260 ks and quenched in iced water to obtain the state of M=∞ or Ll2, followed by annealing for various lengths of time. The annealing temperature was 873 K where the equilibrium value for M is about 3 in unit of (110) lattice spacing of Ll2. Observation was carried out using microscopes JEM-2000FX, JEM-4000EX (HVEM Lab., Kyushu Univ.) and JEM-2000EX (Dept. of Mater. Sci. Tech., Kyushu Univ.).


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