An Obscene Gesture: A Civil Approach to Interpreting Community Standards

Since the 1970\u27s, obscenity cases in the US legal system have long been detennined by the three-part Miller test. Criminal convictions for obscenity have frequently been disputed due to the ambiguous nature contained within the three-part test, especially having the trier of fact apply contemporary community standards. Technological advances and increasing homogeneity has added to the dubious nature of the test and some feel obscenity laws need revised, ifnot eliminated. Numerous suggestions have been made to improve the intractable problem ofdetennining what is obscene speech. This paper considers some of those possibilities and suggests commentary on others. One way of detennining community standards while maintaining a federalist court system is moving obscenity to the civil courts allowing individuals and communities to defme local differing standards

Honour and respect in Danish prisons: Contesting ‘cognitive distortions’ in cognitive-behavioural programmes

© 2016, © The Author(s) 2016. Using empirical data from prison-based cognitive-behavioural programmes, this article considers how prisoners’ subcultural capital shapes their responses to demands for ‘cognitive self-change’. We argue that accounts of ‘respect’ in the prior literature fail to capture how prisoners react to these programmes, and that a discussion of honour (and what we term ‘respect plus’) needs to be incorporated. The empirical material derives from four different cognitive-behavioural programme setups in three Danish prisons and semi-structured interviews with participants and course instructors. By attempting to create accountable and rational actors, who ‘self-manage’, the therapeutic ethos neglects participants’ life experiences and subcultural capital. Open expressions of moral values by prisoners (such as displays of honour and respect) are considered to be cognitive distortions which are dismissed by instructors, while alternative and ‘correct’ thinking styles are prescribed. Our findings advance understandings of the meanings of honour and respect in prisons in general and in cognitive-behavioural programmes in particular.This work was supported by the Danish Council for Independent Research | Social Sciences grant number 12-125308 for the research project Education in Social Skills and Emotional Training

'It's like a Sentence before the Sentence' - Exploring the Pains and Possibilities of Waiting for Imprisonment

AbstractThis article explores the implications of the ‘imprisonment queue’ in Norway. Based on interview data (N = 200), we show that while interviewees waiting to serve their sentences enjoy certain benefits such as being able to prepare for or negotiate the terms of their imprisonment, they also suffer from uncertainty and powerlessness. The suspension of their lives while they wait hinders them in pursuing their ground projects, things that really matter to them. This peculiar phenomenon has not received attention from prison scholars generally, as well as scholars writing on Nordic Exceptionalism specifically. This article addresses that gap and poses questions about the relative mildness of the short Norwegian sentences, and more broadly, about what constitutes punishment.</jats:p

The confined-deconfined interface tension, wetting, and the spectrum of the transfer matrix

The reduced tension $\sigma_{cd}$ of the interface between the confined and the deconfined phase of $SU(3)$ pure gauge theory is determined from numerical simulations of the first transfer matrix eigenvalues. At $T_c = 1/L_t$ we find $\sigma_{cd} = 0.139(4) T_c^2$ for $L_t = 2$. The interfaces show universal behavior because the deconfined-deconfined interfaces are completely wet by the confined phase. The critical exponents of complete wetting follow from the analytic interface solutions of a $\Z(3)$-symmetric $\Phi^4$ model in three dimensions. We find numerical evidence that the confined-deconfined interface is rough.Comment: Talk presented at the International Conference on Lattice Field Theory, Lattice 92, to be published in the proceedings, 4 pages, 4 figures, figures 2,3,4 appended as postscript files, figure 1 not available as a postscript file but identical with figure 2 of Nucl. Phys. B372 (1992) 703, special style file espcrc2.sty required (available from hep-lat), BUTP-92/4

A Multicanonical Algorithm and the Surface Free Energy in SU(3) Pure Gauge Theory

We present a multicanonical algorithm for the SU(3) pure gauge theory at the deconfinement phase transition. We measure the tunneling times for lattices of size L^3x2 for L=8,10, and 12. In contrast to the canonical algorithm the tunneling time increases only moderately with L. Finally, we determine the interfacial free energy applying the multicanonical algorithm.Comment: 6 pages, HLRZ-92-3

Mapping traditions:historically tendencies of an urban design method

Mapping has a long tradition as a method within urban design and landscape practice and is generally used in three ways: To analyze spatial conditions, generate design interventions, and communicate design ideas or spatial knowledge. It is a tool for thinking through the activity of reformulating and interpreting the complex and three-dimensional world into often simplistic, two-dimensional visual representations. Looking at mapping in retrospect, historically positions and tendencies that reflect contemporary society and urban landscape is revealed. This paper seeks to trace the mapping positions and tendencies through time. The paper takes its historically starting point in the period of the industrialization and seeks at outlining shifting understandings and perspectives of the spatial and physical world, which has affected plans and design of urban landscapes. From this unfolding of various mapping tendencies and ways of doing thought time, the paper wishes to discuss the contemporary tendencies of urban design mapping. Here the paper discusses the implication of technological improvement in mappings. Technology has and is affecting mappings in two ways. Firstly, technology has and still is advancing the accuracy of measures of urban structure, and it increases geospatial knowledge usable in mappings as GIS (Geographical Information System) is a result of. Secondly, technology enables new ways of sensing and understanding the world, which makes it relevant to reflect on how new technologies extend the human senses and what new spatial knowledge they might enable. Hence, the paper discusses the possibilities and implications of a more technology driven urban design mapping practice

Gene duplication in bovine brain myelin proteolipid and homology with related proteins

AbstractAnalysis of the amino acid sequence of bovine brain myelin proteolipid reveals not only extensive internal homology, but also homology with portions of the myelin basic protein, the peripheral nerve myelin protein, Po, and with the small proteolipid subunit of mitochondrial ATP synthase. These results suggest that the myelin proteolipid gene has been constructed from a small number of genetic elements, and that these elements are also found in non-myelin proteins. Furthermore, the proteolipid appears to have evolved by acquisition of elements from a ‘gene pool’ over a period of time, rather than by a simple duplication mechanism

Electronic properties of Si/Si1–x–yGexCy heterojunctions

We have used admittance spectroscopy and deep-level transient spectroscopy to characterize electronic properties of Si/Si1–x–yGexCy heterostructures. Band offsets measured by admittance spectroscopy for compressively strained Si/Si1–x–yGexCy heterojunctions indicate that incorporation of C into Si1–x–yGexCy lowers both the valence- and conduction-band edges compared to those in Si1–xGex by an average of 107 ± 6 meV/% C and 75 ± 6 meV/% C, respectively. Combining these measurements indicates that the band alignment is type I for the compositions we have studied, and that these results are consistent with previously reported results on the energy band gap of Si1–x–yGexCy and with measurements of conduction band offsets in Si/Si1–yCy heterojunctions. Several electron traps were observed using deep-level transient spectroscopy on two n-type heterostructures. Despite the presence of a significant amount of nonsubstitutional C (0.29–1.6 at. %), none of the peaks appear attributable to previously reported interstitial C levels. Possible sources for these levels are discussed