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States are measured and ranked on an ever-expanding array of country performance indicators (CPIs). Such indicators are seductive because they provide actionable, accessible, and ostensibly objective information on complex phenomena to time-pressed officials and enable citizens to hold governments to account. At the same time, a sizeable body of research has explored how CPIs entail ‘black boxing’ and depoliticisation of political phenomena. This article advances our understanding of the consequences of governance by indicators by examining how CPIs generate specific forms of politicization that can undermine a given CPI’s authority over time. We contend that CPIs rely upon two different claims to authority that operate in tension with one another: i) the claim to provide expert, objective knowledge and ii) the claim to render the world more transparent and to secure democratic accountability. Analysing CPIs in the field of education, economic governance, and health and development, we theorize and empirically document how this tension leads to three distinct forms of politicisation: scrutiny from experts that politicises the value judgements embodied in a CPI; competition whereby rival CPIs contest the objectivity of knowledge of leading CPIs; and corruption, where gaming of CPIs challenges its claim to securing transparent access to social reality. While the analysis identifies multiple paths to the politicization and undermining of specific CPIs’ authority, the article elaborates why these processes tend to leave intact and even reproduce the legitimacy of CPIs as a governance technology.
In the decay region around the centreline of three qualitatively different turbulent plane wakes, the turbulence is non-homogeneous and two-point turbulent diffusion counteracts the turbulence cascade all the way down to scales smaller than the Taylor length. It is found that the sum of the inter-space transfer rate and the horizontal part of the inter-scale transfer rate of horizontal two-point turbulent kinetic energy is approximately proportional to the turbulence dissipation rate in the inertial range with a constant of proportionality between $-0.6$ and $-1$ depending on wake and location within the wake, except at the near-field edge of the decay region.
This paper presents a highly isolated diplexer-antenna and a dual-band filtenna with high-frequency selectivity. The precise design procedure for the diplexer based on substrate-integrated waveguide technology is presented and effectively integrated with magnetoelectric dipole antenna/microstrip patch antennas to achieve a diplexer-antenna and dual-band filtenna. The proposed configuration enables the design and control of the filtering response of the channels individually. To verify the proposed method, a diplexer-antenna and a dual-band filtenna with operating frequencies of 26.5–27.5 and 28.5–29.5 GHz, a fourth-degree Chebyshev response, and two symmetric radiation nulls for each band are designed and simulated. Finally, the proposed dual-band filtenna is fabricated and measured. The measured peak realized gains for the lower and higher bands are 4 and 4.5 dBi, respectively. Besides, a high out-of-band suppression with a deep roll-off of better than 20 dBi is obtained.
This paper addresses the gap between theoretical modeling of cyber risk propagation and empirical analysis of loss characteristics by introducing a novel approach that integrates both approaches. We model the development of cyber loss counts over time using a discrete-time susceptible-infected-recovered process, linking these counts to covariates, and modeling loss severity with regression models. By incorporating temporal and covariate-dependent transition rates, we eliminate the scaling effect of population size on infection counts, revealing the true underlying dynamics. Simulations show that this susceptible-infected-recovered framework significantly improves aggregate loss prediction accuracy, providing a more effective and practical tool for actuarial assessments and risk management in the cyber risk context.
This study investigates the feasibility of reconstructing the last closed flux surface in the DIII-D tokamak using neural network models trained on reduced input feature sets, addressing an ill-posed task. Two models are compared: one trained solely on coil currents and another incorporating coil currents, plasma current and loop voltage. The model trained exclusively on coil currents achieved a mean point displacement of $0.04$ m on a held-out test set, while the inclusion of plasma current and loop voltage reduced the error to $0.03$ m. This comparison highlights the trade-offs between input feature complexity and reconstruction accuracy, demonstrating the potential of machine learning algorithms to perform effectively in data-limited environments, such as those expected in fusion power plants due to diagnostic constraints imposed by the presence of blankets and shielding.
As ecological scholars situated within a dominant educational system that privileges human-centred, competency-based education, we problematise its tendency to promote singular, monologic narratives of environmental education rooted in scientific and technological knowledge. In response, we offer interpretations of relationships with the more-than-human world (e.g., trees, insects, rivers, mountains, animals, rocks) through dialogic inquiry informed by Asian worldviews, specifically the Indian principle of Vasudhaiva Kutumbakam meaning that the whole world is one family and the Japanese Shinto-Buddhist belief that all entities, living or non-living, embody spirits or deities. Beginning with a narrative grounded in one author’s lived experience as a forester – compelled to view forest as commodity, we explore its deeper significance for environmental education. Writing to one another in ways that attend to Asian relational and ecological perspectives, our work emphasises reciprocity, intercorporeality, and embodied immersion in forest, offering transformative possibilities for reimagining environmental education within planetary interdependence.
The article examines the boom of the “Mitsu Desu” game in 2020, which was created in the context of social distancing policies. In the game, players act as Tokyo governor Yuriko Koike, dispersing crowds to earn points. This case underscores that entertainment can help people cope with crises and can serve as an informal tool for policy implementation. The article identifies what design elements attracted people and analyzes how players interpreted in-game actions in relation to real-world situations. It also addresses the question of how conventional and new media triggered the game’s boom.
By 2021, we found that 88 Recovery Colleges were operating in England. Recovery Colleges adhere to shared principles including adult education and co-production, but are also heterogeneous, varying in the populations they serve, their sources of funding and access to resources. Previous research has not explored the organisational factors that influence the set-up of Recovery Colleges, nor the factors which facilitate or pose challenges to their sustainable operation.
Aims
To identify how Recovery Colleges vary in their operation and to ascertain how organisational factors facilitate or hinder the set-up, running and sustainability of English Recovery Colleges.
Method
Semi-structured interviews with 31 Recovery College managers across England were analysed using framework analysis.
Results
Four themes were identified: Recovery College pioneers; Adapting to the local context; Degree of autonomy within the National Health Service; and Ongoing organisational work. Colleges were commonly established by key individuals from diverse backgrounds, leveraging their organisational positions and lived experience to facilitate implementation. Colleges were adapted to fit local contexts, shaped by factors including existing services, regional demographics and community resources. Colleges varied in their relations with key funders, with some operating comparatively autonomously and others tied closely to their ‘parent’ organisations. Sustaining college operations involved ongoing organisational work to respond to changing pressures.
Conclusions
Recovery Colleges exhibit consistent values and aims oriented around supporting recovery through education and co-production but are diverse in their operation. These colleges are highly complex interventions, and their sustainability requires organisational agility to manage competing pressures.
This paper involves the unlikely partnering of a designer/design educator and an environmental philosopher of education as they consider together pedagogical responses to the metacrisis. It will begin with an exploration of some recent research that positions education at the heart of the project of eco-social – cultural change. Then, using six prompts proposed as a starting place for this type of education we will follow a full semester of a third-year undergraduate design class as students are immersed in a curriculum created with a vision towards both eco-social – cultural change and, by implication, ‘doing design differently’. Through this reflective study, the research hopes to explore some of the successes, failures, learnings, and potential challenges that exist for students, educators, and theories of educational change in the work of educating in, through, and beyond these times of crisis. The paper will end with a rendering of our findings and an extended discussion of the pedagogical possibilities, prompts, and peculiarities of teaching during this metacrisis and some considerations around the potentialities and limitations of these six prompts for eco-social – cultural change and environmental education.
The global expansion of the United Nations High Commissioner for Refugees (UNHCR) is an understudied area of research, particularly in the Middle East. The issue is often framed through a linear, state-centric lens that oversimplifies its complexities and subordinates the role of microprocesses and individual actors. This article contributes to global and refugee history through a microhistorical study of the establishment of UNHCR’s branch office for the Middle East in Beirut in 1962. It challenges the assumption that UNHCR’s globalization process unfolded in a systematic and well-reasoned manner and presents three interconnected arguments: first, the selection of Beirut was neither purely systematic nor entirely haphazard; second, UNHCR representatives enjoyed significant freedom in shaping the structure and functions of branch offices; and third, pragmatic diplomacy, rather than strict formalization through an agreement, ensured smooth relations between UNHCR and the Lebanese government.
Money and Edinburgh go back a long way. The Bank of Scotland was founded in 1695, just a year after the Bank of England. Three centuries later, the first edition of the Global Financial Centres Index (in 2007) confirmed what everyone had always assumed: second only to London in the UK, sixth in Europe. But how? This small city, its population only topping 500,000 in the twenty-first century, was far from the centers of power and finance, with only a modest trading and manufacturing base of its own. This paper marries fresh oral history from the city’s mid-twentieth century financial elite—that is, an Edinburgh before the Global Financial Crash—with Pierre Bourdieu’s theory of habitus in the relatively new paradigm of Historical Organisation Studies, treating the industry as a single unit across banking, life assurance, and investment management. This reveals their personal characteristics and demonstrates the “symbolic violence” which socialized them into absorbing and embracing both the values and practices of the organizations where they worked and the external structures, including professional bodies and, not least, the Church of Scotland, which helped maintain some of those values.
This article examines an overlooked aspect of Xenophon’s philosophy: the crucial role of lower body training in his conception of physical fitness as an essential component of education for both humans and animals. Three key questions guide this investigation. Why does Xenophon appear to prioritize physical over intellectual education? Why does he emphasize lower body training for humans, hounds and horses? What unifying concepts connect Xenophon’s ideas about physical fitness and education? The article argues that the parallels between the physical education of Spartan children, Socrates’ shoelessness and the training of hounds and horses suggest shared physical characteristics across certain species, leading to similar methods for developing bodily vigour. Moreover, it contends that ideal education (paideia) must not only begin with but also maintain continuous emphasis on strengthening the body’s support structure—feet and legs—hence the focus on exercises like walking and running. The analysis reveals recurring foundational concepts: toil (πόνος), endurance (καρτερία)—two core principles of Socratic ethics—good health (ὑγίεια), exercise (ἄσκησις/μελέτη), gymnastics (γύμνασις) and good physical disposition (τοῦ σώματος εὐεξία). This pattern, present in both Socratic and non-Socratic works, offers new insights into Xenophon’s coherent vision of the relationship between physical fitness and education.
In the Patagonian drylands, extensive sheep production coexists with guanaco, the most abundant native herbivore. While sheep’s impacts on vegetation are well known, guanaco effects remain poorly understood, limiting effective management. We evaluated the influence of both species on grassland regeneration at two representative sites by comparing areas grazed by sheep or guanaco and applying short-term herbivore exclusions. We analyzed pre- and post-dispersal soil seed banks in vegetated patches and bare soil, and measured seedling emergence and tiller production of dominant perennial grasses. The soil seed bank was dominated by annual species, and vegetated patches showed higher perennial abundance after seed dispersal, but no significant differences emerged between herbivores. Seedling emergence was similar for sheep and guanaco, increasing notably after short-term exclusion. However, perennial grass regeneration through tillering responded differently: guanaco exclusion enhanced tillering of Nassella tenuis and Pappostipa speciosa, whereas sheep exclusion produced no significant effect. Overall, most regeneration mechanisms showed comparable patterns under both herbivores. These findings suggest that, although guanaco and sheep exert similar pressures on seedling dynamics, guanaco grazing may differently affect perennial grass recovery. We emphasize the need for careful monitoring of guanaco stocking rates to ensure sustainable management of Patagonian shrub-steppe ecosystems.
We developed a dynamic COVID-19 Vaccination Barrier Index (CVBI) at the census-tract level in Clark County, Nevada and assessed its geographic disparities and relationship with COVID-19 vaccination rates over time. Using monthly census-tract data from December 2020 to June 2022, the CVBI integrated demographic, socioeconomic, environmental, housing, and transportation variables, alongside surrogates for vaccination accessibility and vaccine hesitancy. Lagged weighted quantile sum regression was applied to construct monthly indices, while a Besag-York-Mollié model assessed associations with vaccination rates. The results revealed consistent vaccination barriers such as living in group quarters, housing inadequacy, and population density across all vaccination statuses (partial, full, booster). Rural and northern Clark County, especially northeastern Las Vegas, exhibited higher CVBI scores that correlated negatively with vaccination rates. Booster vaccination patterns differed, displaying fewer significantly vulnerable tracts. The dynamic nature of barriers is evident, highlighting temporal shifts in the significance of variables like driving distance to vaccine sites. This study emphasizes the importance of dynamic, localized assessments in identifying vaccination barriers, guiding public health interventions, and informing resource allocation to enhance vaccine accessibility during pandemics.
An experimental investigation of separation bubble shaped control bumps for oblique shock wave–boundary-layer interactions was performed in two supersonic wind tunnel facilities at Mach 2.5 and 2, with incident shock deflection angles of $8^\circ$ and $12^\circ$, respectively, and momentum thickness Reynolds numbers of approximately $1.5 \times 10^4$. Shock control bumps were designed to replicate the time-averaged separation bubble shape, and were placed onto the floor in the separation location. This resulted in almost complete elimination of flow separation. There was also a marked improvement in the downstream boundary-layer state. A low-frequency bubble breathing oscillation was identified in the baseline interaction using high-speed shadowgraphy and particle image velocimetry measurements. This oscillation was strongly suppressed in the controlled interactions. Velocity fluctuations in the downstream boundary layer were also significantly reduced. We propose that the key mechanism by which flow separation is eliminated is by breaking down the overall pressure rise into smaller steps, each of which is below the separation threshold. A key feature is the bump crest expansion fan, located near to where the incident shock terminates, which negates the shock induced pressure jump. Thus, the precise bump geometry is critical for control efficacy and should be designed to manage these pressure rise steps as well as the expansion fan strength and location with respect to the incident shock wave. The length of the bump faces must also be sufficiently long for the boundary layer to recover between successive adverse pressure jumps.
Biosimilars are biological medicines highly similar to an authorized reference medicine, offering substantial cost savings and increased treatment access. Despite the regulatory framework in the UK and EU facilitating their approval, the biosimilar landscape remains small compared to small-molecule drugs. This study provides a horizon scanning overview of the current biosimilar landscape, procured through horizon scanning activities.
Methods
Data were sourced from ClinicalTrials.gov and the EU Clinical Trials Register, scanned monthly to identify innovative medicines in clinical development. We included biosimilars identified through horizon scanning from April 2017 to February 2025. Supplementary data were collected from the European Medicines Agency to ascertain approval status, and additional clinical trial information was manually extracted from relevant registries.
Results
We identified 156 unique biosimilars developed across 174 clinical trials, with sixty-four approved by the MHRA and seventy-eight by the European Medicines Agency. Adalimumab, bevacizumab, and denosumab were the reference products with the most biosimilars in development. Most biosimilar trials were at phase III. There are seventy-one biosimilars in active development.
Conclusions
The development landscape of biosimilars in the UK and EU show high activity levels. Continuous improvements in horizon scanning methods and regulatory frameworks are essential to support the timely adoption of biosimilars, maximizing their benefits for healthcare systems.
Achieving a Better Life Experience (ABLE) accounts can help build financial capacity for people with disabilities as tax-advantaged savings vehicles designed for disability-related expenses. ABLE accounts might be particularly beneficial for low-income individuals with severe disabilities who receive Supplemental Security Income (SSI) from the Social Security Administration (SSA), because funds deposited in ABLE accounts do not count toward the asset limits required to maintain monthly SSI benefits and access to healthcare. This paper investigates the potential savings and financial capacity of eligible individuals with disabilities who may benefit from the expansion of ABLE accounts. Utilizing the 2014–2017 Survey of Income and Program Participation merged with the 2014 Social Security Supplement, this study examines different levels of access to savings and financial assets – factors that may influence ABLE participation – among people with disabilities, particularly SSI recipients. Financial capacity is analyzed across three disability onset age groups: before age 26, ages 26 through 45, and age 46 and older, with particular attention to individuals in the second group, who will become eligible for ABLE in January 2026 when the onset-age threshold increases from age 26 to age 46. Findings from logistic and OLS regression analyses indicate that financial capacity is particularly weak among SSI recipients who are newly eligible for ABLE accounts, suggesting limited financial resources to open or contribute to ABLE accounts. Directions for further research on ABLE participation are discussed.
Spectral turbulence models commonly used in the design and certification of wind turbines have only been validated at heights up to 70 m in the atmosphere, but many offshore wind turbines now operate at heights above 150 m. Moreover, there is a lack of measurement data on the spatial structure of turbulence at such heights in the marine atmospheric boundary layer (MBL). Consequently, it is uncertain whether these turbulence models are valid for the design of tall offshore wind turbines. To fill this gap, we present measurements of one-point auto-spectra and two-point spectral coherence at heights of 150–250 m and lateral separations up to 241 m providing lateral coherence of turbulence in the MBL that has never been measured before for these heights and separations. Five light detection and ranging (lidar) instruments were deployed on the west coast of Denmark, and we reconstructed the along-wind and cross-wind components at the lidar beam intersection points. The measurements were compared with the theoretical predictions of auto-spectra and lateral coherence from the Mann model and its extension, the Syed–Mann model. The latter models turbulence down to frequencies of 1 h$^{-1}$ through the $-5/3$ scaling observed in the mesoscale range. The results show that the Mann model did not compare well with the measurements under stable and near-neutral conditions. On the other hand, the Syed–Mann model predicted the lateral coherence for a range of different conditions. However, the lateral coherence was under predicted in about $8\,\%$ of the data, possibly due to gravity waves. We believe that the high coherence from mesoscale turbulence at these heights can influence the loads on floating wind turbines and large offshore wind farms.