Corporate Social (Ir)Responsibility in Media and Communication Industries

Microsoft is the most socially responsible company in the world, followed by Google on rank 2 and The Walt Disney Company on rank 3 – at least according to the perceptions of 47,000 people from 15 countries that participated in a survey conducted by the consultancy firm Reputation Institute. In this paper I take a critical look at Corporate Social Responsibility in media and communication industries. Within the debate on CSR media are often only discussed in regard to their role of raising awareness and enabling public debate about corporate social responsibility. What is missing are theoretical and empirical studies about the corporate social (ir)responsibility of media and communication companies themselves. This paper contributes to overcoming this blind spot. First I systematically describe four different ways of relating profit goals and social goals of media and communication companies. I argue for a dialectical perspective that considers how profit interests and social responsibilities mutually shape each other. Such a perspective can draw on a critical political economy of media and communication. Based on this approach I take a closer look at Microsoft, Google and The Walt Disney Company and show that their actual practices do not correspond to their reputation. This analysis points at flaws in the concept CSR. I argue that despite these limitations CSR still contains a rational element that can however only be realised by going beyond CSR. I therefore suggest a new concept that turns CSR off its head and places it upon its feet

Negative Net Incomes and the Measurement of Poverty: A Note

This note warns about the careless computation of poverty indexes when the welfare of each household is measured by its net income, since this can be negative. As is illustrated in the case of Mexico, even if only a handful of households report negative incomes, the resulting poverty aggregates, when they go beyond a mere headcount measure, can behave rather badly. The note ends with suggestions on how to deal with the problem.Poverty measures, poverty indexes, negative income, income and expenditure survey, Mexico

Stochastic dynamics of active swimmers in linear flows

Most classical work on the hydrodynamics of low-Reynolds-number swimming addresses deterministic locomotion in quiescent environments. Thermal fluctuations in fluids are known to lead to a Brownian loss of the swimming direction. As most cells or synthetic swimmers are immersed in external flows, we consider theoretically in this paper the stochastic dynamics of a model active particle (a self-propelled sphere) in a steady general linear flow. The stochasticity arises both from translational diffusion in physical space, and from a combination of rotary diffusion and run-and-tumble dynamics in orientation space. We begin by deriving a general formulation for all components of the long-time mean square displacement tensor for a swimmer with a time-dependent swimming velocity and whose orientation decorrelates due to rotary diffusion alone. This general framework is applied to obtain the convectively enhanced mean-squared displacements of a steadily-swimming particle in three canonical linear flows (extension, simple shear, and solid-body rotation). We then show how to extend our results to the case where the swimmer orientation also decorrelates on account of run-and-tumble dynamics. Self-propulsion in general leads to the same long-time temporal scalings as for passive particles in linear flows but with increased coefficients. In the particular case of solid-body rotation, the effective long-time diffusion is the same as that in a quiescent fluid, and we clarify the lack of flow-dependence by briefly examining the dynamics in elliptic linear flows. By comparing the new active terms with those obtained for passive particles we see that swimming can lead to an enhancement of the mean-square displacements by orders of magnitude, and could be relevant for biological organisms or synthetic swimming devices in fluctuating environmental or biological flows

Foxconned labour as the dark side of the information age: Working conditions at Apple’s contract manufacturers in China

Apple is one of the most dominant and most admired computer companies in the world. But hidden behind the clean surface of Apple’s advanced gadgets lies a dirty world of work. This paper focuses on the dark side of the information age by looking at working conditions in the workshops of Apple’s contract manufacturers in China. For this purpose I suggest a systematic model of working conditions that can be used for assessing and comparing work in different industries. Departing from Karl Marx’s circuit of capital it identifies elements that shape working conditions throughout the capital accumulation process including productive forces, relations of production, the production process, products, and labour legislation. Subsequently I apply this model to the realm of electronics manufacturing. Based on research conducted by corporate watchdogs this paper provides detailed insights into the work and life reality of workers in Apple’s first tier supplier factories. An analysis of Apple’s response to labour rights allegations furthermore reveals three ideological patterns that rather obscure existing problems than offering viable solutions