Money, (Co)Production and Power in Digital

This article discusses the contribution of critical political economy approaches to digital journalism studies and argues that these offer important correctives to celebratory perspectives. The first part offers a review and critique of influential claims arising from self-styled new studies of convergence culture, media and creative industries. The second part discusses the contribution of critical political economy in examining digital journalism and responding to celebrant claims. The final part reflects on problems of restrictive normativity and other limitations within media political economy perspectives and considers ways in which challenges might be addressed by more synthesising approaches. The paper proposes developing radical pluralist, media systems and comparative analysis, and advocates drawing on strengths in both political economy and culturalist traditions to map and evaluate practices across all sectors of digital journalism.

The Corporate University: An E-interview with Dave Hill, Alpesh Maisuria, Anthony Nocella, and Michael Parenti

Since the neo-liberal turn, corporate investment in universities has accelerated as the withdrawal of government funding, among other factors, has further exposed universities to market forces. While this process offers numerous benefits for corporations and wealthy individuals, it has been mostly detrimental for students, educators, and the public at large. In this interview, international scholars Dave Hill, Alpesh Maisuria, Anthony Nocella, and Michael Parenti broadly explain why corporations have been aggressively investing in universities. They address the numerous ways that corporate involvement in university activity negatively impacts academic freedom, research outcomes, and the practice of democracy. The interview ends on a hopeful note by presenting examples of resistance against corporate influence. Their analyses focus primarily on the United States, United Kingdom, and Canada.

Moisture Desorption Studies on Polymer Hydrated and Vacuum Extruded Bentonite Clay Mat

Moisture desorption observations from two bentonite clay mats subjected to ten environmental zones with individually different combinations of laboratory-controlled constant temperatures (between 20 °C and 40 °C) and relative humidity (between 15% and 70%) are presented. These laboratory observations are compared with predictions from mathematical models, such as thin-layer drying equations and kinetic drying models proposed by Page, Wang and Singh, and Henderson and Pabis. The quality of fit of these models is assessed using standard error (SE) of estimate, relative percent of error, and coefficient of correlation. The Page model was found to better predict the drying kinetics of the bentonite clay mats for the simulated tropical climates. Critical study on the drying constant and moisture diffusion coefficient helps to assess the efficacy of a polymer to retain moisture and control desorption through water molecule bonding. This is further substantiated with the Guggenheim–Anderson–De Boer (GAB) desorption isotherm model which is presented.