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The contemporary listening environment is characterised by extensive mediation, in which environmental recordings are continually detached from their original contexts and reconfigured elsewhere. Earlier soundscape research used the term schizophonia to describe the separation of sound from its source and the consequent result of a disembodied and unsettling sonic experience. However, this framing has come under growing criticism for regarding mediation as a defect. This article proposes an alternative concept, ‘mediated auditory dislocation’, to describe an analytically non-normative condition in which environmental sounds are recorded, displaced from their original time and place, and re-embedded within new audiovisual and interactive settings. The argument is developed through a practice-based case study of Shifting Horizons (Bai 2025), an interactive VR audiovisual soundscape work. The case study shows how control over sonic layering, electroacoustic processing, and audiovisual coupling allows listeners to reconfigure the relation between recorded sound and its mediated presentation, making mediation itself available for comparative and reflexive listening. The article concludes by introducing a three-layer collaborative media model that clarifies how VR can support comparative and reflexive listening through parameterised layer control. The model is proposed as a transferable analytic heuristic, intended to be tested and refined across further VR soundscape works.
The elderly are an overlooked cohort in early modern urban spaces. Where studies of old age have tended to focus on the spaces of the home or the hospital, studies of street space and urban mobility have often not considered age, or have focused on youth groups. This article examines the relationship between urban space and mobility, and old age in early modern Venice. It shows how elderly people used urban spaces and were a visible presence in the early modern city. In so doing, it demonstrates that attending to how and where elderly people moved can shed light on strategies for self-sufficiency and on histories of disability and care, as well as shedding new light on how urban populations used city spaces.
What does violence against women in politics (VAWIP) look like in authoritarian regimes that are widely portrayed as stable and “peaceful”? Existing scholarship largely centers on democracies, leaving nondemocratic contexts understudied. This article addresses the gap by examining Kuwait, the Gulf’s most democratic monarchy, where women’s educational and professional gains are highlighted even as political contestation remains tightly controlled. Drawing on 35 in-depth interviews with politicians, bureaucrats, and activists, we theorize VAWIP as a core mechanism of women’s exclusion, enabled by the collusion of hollow formal institutions and patriarchal kinship networks. In this patriarchal peace, overt physical repression is rare, but women are governed through psychological harassment, semiotic attacks, and economic pressure that constrain their resources, competence, and visibility. Conversely, male respondents report low-risk political careers. Our analysis extends VAWIP research beyond democracies, generating hypotheses on how regime type and kin-based networks shape nonphysical coercion in ostensibly peaceful authoritarian regimes.
Party youth wings are a vital pipeline to power, but have been overlooked by gender scholars. We investigate the political socialization that youth wings offer their women members, focusing on gendered trends as regards two key political attitudes. We ask: Do women and men in youth wings differ in their acquisition of personal efficacy and electoral ambition? Using YOUMEM survey data from over 3,100 youth wing members in Australia, Austria, Germany, Italy, Spain and Sweden, we find that women are more likely than men to report increased desire to influence party policy and stand as candidates – the latter especially in center-right youth wings. In addition, the more exposed members are to the youth wing, the larger the gender gaps in the acquisition of efficacy and ambition. Our results suggest that, insofar as women’s political socialization is concerned, youth wings can be forces of renovation within their parties.
The effect of roughness on the wall-pressure field generated by a turbulent boundary layer is a widely encountered but poorly understood phenomenon. Understanding and modelling these wall-pressure fields is important for the design and analysis of vehicles such as large-scale aircraft and marine vehicles. In particular, sub-convective wall-pressure fluctuations are a primary driver of structural vibration, which in turn leads to cabin noise and far-field sound radiation. This study uses a novel technique for the measurement of the continuous streamwise wavenumber–frequency spectrum of wall-pressure fluctuations beneath a turbulent boundary layer over a rough wall. Measurements were taken for long sampling durations, which are shown to be necessary for accurately capturing the statistical nature of the sub-convective wall-pressure fluctuations. Data have been compared across adverse, favourable and near-zero pressure gradient conditions, and three different Reynolds numbers. In all cases, the spectrum reveals an asymmetric convective ridge with a high dependency on frequency, a wavenumber-white behaviour at higher frequencies, and a difference between the convective ridge and the subconvective regime of 23–25 dB. Data are shown to collapse when normalising using a mixed scaling based on displacement thickness, convection velocity and wall shear stress. Measured data have been compared with the modified Corcos model and display poor agreement, particularly in the roll off from the convective ridge and in the behaviour at high frequency. Corrections to the modelled spectrum have been made through the estimation of the pressure spectrum due to scattering from roughness. Including the effects of scattering is insufficient in accounting for the differences between spectral models and measured data, indicating that it is likely the roughness sublayer that has a more significant effect on the wall-pressure spectrum than scattering alone.
This paper addresses the simultaneous homogenization and dimension reduction of thin composite plates reinforced with rigid substructures, within the framework of non-linear elasticity. The reference (undeformed) configuration consists of a periodically perforated elastic matrix, where the holes are occupied by rigid inclusions. We first establish a decomposition of the deformation for such composite structures. Under the assumption that the thickness parameter $\delta$ is asymptotically smaller than the periodicity $\varepsilon$, we derive a reduced asymptotic model as both parameters tend to zero. Using rescaled unfolding operators, we characterize the limiting behaviour of the Green–St. Venant strain tensor. Through $\Gamma$-convergence, we obtain the homogenized limit energy and establish the existence of a minimizer. The resulting limit model is of constrained Kármán type, where the limiting displacement satisfies a first-order infinitesimal isometry constraint.
Although aortic valve regurgitation develops after device closure of the atrial septal defect, its mechanism remains unclear. We observed a paediatric patient who developed significant aortic regurgitation one year after the procedure. Although there was no contact between the aorta and the device immediately after deployment, they gradually came into close proximity. Multiple factors appeared to have contributed to this phenomenon, including a relatively large diameter of both the device and the aortic sinus compared to body size, and a rapid increase in the left atrial volume. Coupled with left atrial enlargement, the shrinkage of right atrial volume might also have affected the exacerbation of aortic regurgitation due to the geometrical change of the interatrial septum and the traction of the non-coronary aortic sinus in a few years after deployment. Importantly, the distance between the device and the aorta widened again, resulting in improvement of regurgitation. Aortic valve regurgitation after device placement may show a tendency to improve; therefore, careful judgement is required when considering the indication for aortic intervention.
With the term “decolonization” circulating widely and animating debates inside and outside the academy, how can we ensure that it retains analytic value? In this paper I show that the meanings that the term has acquired in practice complicate empirical analysis. Specifically, I contend that three problems emerge. First, the term’s usage in practical struggles leads a foregrounding of its normative power over analytic precision. Second, this tends to bracket ends, glossing any move away from colonial practices as decolonial, in turn affecting scholarly treatments. Third, the term’s usage often produces an analytic flattening, downplaying nuance, context, and historical specificity. Not inherent to the concept itself, these problems are stubbornly present, despite recent work that seeks to address them. To make the discussion concrete, I focus on political science interventions about a single world region: Central Asia. The relative newness of scholarly engagement with Central Asia’s colonial and decolonial experiences provides an opportunity for critical reflection.
Skinfold prediction equations (SF-PE) are used to estimate percent body fat (%BF), but it is unclear which SF-PE are most accurate among different age/sex groups. The purpose was to assess accuracy of estimating %BF from SF-PE in young, middle-age and older male and female adults and compare %BF from SF-PE to Inbody770 (IB770), a selected bioelectrical-impedance criterion reference. Two hundred two healthy males (n 96) and females (n 106) had %BF assessed from twelve SF-PE for females, thirteen SF-PE for males, and IB770. Repeated-measures 1-way ANOVA (P< 0·01) were employed for three age groups for males and females, and Bland–Altman plots were employed to evaluate the agreement between IB770 and SF-PE. Based on statistical assessment and Bland–Altman plots, similarity, agreement and accuracy observed in %BF between IB770 and SF-PE were determined. Consequently, based the following similar %BF comparisons between IB770 and SF-PE, the SF-PE recommended to use to estimate %BF in young males (YM), middle-age males (MM), older males (OM), young females (YF), middle-age females (MF) and older females (OF) are: (1) YM: IB770 = 16·2 %; Durnin 1974 (DW) = 16·3 %; Williams 1992 (W) = 16·2 %; Lean 1996 (L) = 16·6 %; (2) MM: IB770 = 19·7 %; W = 19·7 %; DW = 22·3 %; (3) OM: IB770 = 24·4 %; DW = 25·3 %; W = 22·4 %; (4) YF: IB770 = 24·9 %; Jackson 1985 (JP3b) = 23·8 %; (5) MF: IB770 = 25·2 %; Jackson 1980 = 25·0 %; JP3b = 26·1 % and (6) OF: IB770 = 36·6 %; Peterson 2003 = 36·2 %. Given that SF-PE underestimated, overestimated or accurately estimated %BF compared with IB770 emphasises the importance of using SF-PE that are appropriate for different age/sex groups and provide as accurate as possible estimates of %BF. Assessing %BF accurately is important given excessive %BF increases cardiometabolic disease risk.