Relocation:a more complete picture

The idea that relocation can cause detriment in the lives of individuals is now relatively accepted in the management community, however much less attention has been devoted to studying the benefits of relocation. We present a more balanced picture by examining both positive and negative consequences of geographical transience in a sample of frequent movers. In total, 29 employees without families, 33 employees with families, 33 spouses, and 15 children participated in interviews for this research (N = 110). The research outlines 160 relocation consequences, including 53 positive outcomes not previously considered. Our findings confirm that relocation can bring about short- and long-term benefits for individuals including task performance, skill development, learning, growth, job satisfaction, continued development, attractive job assignments, career advancement and increased responsibility. In conclusion, findings suggest that, at least in terms of relocation, a more complete picture is actually also a more positive picture. So, whilst organisations should continue to aim to reduce or eliminate the negative consequences of relocation, they should also seek to maintain or enhance the positive outcomes of transience.

Picture this:researching child workers

Visual methods such as photography are under-used in the active process of sociological research. As rare as visual methods are, it is even rarer for the resultant images to be made by rather than of research participants. Primarily, the paper explores the challenges and contradictions of using photography within a multi-method approach. We consider processes for analysing visual data, different ways of utilising visual methods in sociological research, and the use of primary and secondary data, or, simple illustration versus active visual exploration of the social. The question of triangulation of visual data against text and testimony versus a stand-alone approach is explored in depth.

Quantization of the Inhomogeneous Bianchi I model:quasi-Heisenberg picture

The quantization scheme is suggested for a spatially inhomogeneous 1+1 Bianchi I model. The scheme consists in quantization of the equations of motion and gives the operator (so called quasi-Heisenberg) equations describing explicit evolution of a system. Some particular gauge suitable for quantization is proposed. The Wheeler-DeWitt equation is considered in the vicinity of zero scale factor and it is used to construct a space where the quasi-Heisenberg operators act. Spatial discretization as a UV regularization procedure is suggested for the equations of motion.