Indeks Subjek Volume 34, Tahun 2014

Acceptability 285Acceptability and quality of the meat 415Acetic acid 298Active edible film 72Activated sludge 57Actuators 213Agroindustry performance 184Antagonism 430Anthocyanin 291, 374Antibacterial activity 8Antifungal 1Antimicrobial 127Antioxidant 65, 113, 127, 291, 415Antioxidant activity 399Antioxidative activity 113Arrowroot starch 14Ascorbic acid 138ASLT method 29Autoclaving-cooling cycles 14

Editors’ Introduction: Approaching the online audience: new practices, new thinking

Convergence culture, participatory culture, user generated content, interactive media; these are all now familiar terms within contemporary media and communication studies that have risen to distinguish emergent content across digital platforms and particularly internet-based material (whether that is the worldwide web accessed through desktop/laptop machines or increasingly, internet content accessed through mobile devices such as smartphones and tablets)

(Re)contextualising audience receptions of reality TV

This paper seeks to recontextualise key findings from recent studies of reality TV audiences in light of insights drawn from across the wider field. It suggests that modes of engagement and response adopted by different reality TV audiences appear broadly consistent with those identified in relation to a wide variety of genres viewed in diverse national contexts, as charted in the Composite Multi-dimensional Model of audience reception (Michelle 2007). To further illustrate these parallels, this paper analyses online audience responses to a specific event that occurred during the 2006 reality game show, Rock Star: Supernova, applying the Composite Multi-dimensional Model as its conceptual schema. In so doing, this paper seeks to demonstrate how we might move beyond the traditional focus on specificities of genre and format to recognise and begin to theorise broader continuities in the nature of audience engagement that may persist beyond the transition to new, hybrid, and increasingly interactive media formats

Volume Entropy

Building on a technical result by Brunnemann and Rideout on the spectrum of the Volume operator in Loop Quantum Gravity, we show that the dimension of the space of the quadrivalent, diffeomorphism invariant states with no zero-volume nodes describing a region with total volume smaller than $V$, has \emph{finite} dimension, bounded by $V \log V$. This allows us to introduce the notion of "volume entropy" for this phase space: the von Neumann entropy associated to the measurement of volume.Comment: 5 pages, references added and some additional remark