Supply chain management (SCM) and quality management (QM) share some common literature and have overlapping domains that reinforce each other in the supplier and customer relationship management areas. Despite the recognized importance of supplier and customer relationships toward achieving quality goals, limited prior research examines whether SCM represents a distinct construct within the prominent existing quality focused organizational frameworks such as the Malcolm Baldrige National Quality Award (MBNQA). As a result of the absence of the SCM construct in the frameworks, the problem facing researchers is understanding the role of SCM in the implementation of QM practices within an organization. Such an understanding is key to QM theory development for the 21st century organizations. In order to conduct this investigation, we examine several well-studied quality focused organizational frameworks that are validated among the community of researchers, and, widely accepted among practitioners. However, which of these well-known quality management models serve as the best proxy for a quality focused organizational framework is an important area for research in order to better promote QM worldwide. This research involves three essays and uses a mixed methodology of qualitative and quantitative research. Essay 1 compares well-known national quality award frameworks such as the MBNQA, the Deming Prize, and the European Foundation for Quality Management (EFQM) Award through analysis of the extensive literature on each as well as examination of the government documents about the frameworks. Comparisons show the Baldrige framework most widely serves as basic model for national quality award frameworks to increase the awareness of quality and promote the best QM practices. After reviewing the categories and their weightings in the frameworks of MBNQA, the Deming Prize, and the EFQM Award, we identify opportunities to refine the frameworks and promote QM theory development. Essay 2 fills a critical research gap by assessing the effectiveness of the Baldrige framework within a government organization and by comparing the effectiveness of the categories of the Baldrige framework in government to the effectiveness of the categories in different industries. This study examines the relative effectiveness of each Baldrige category in the MBNQA 2013-2014 framework using data from a municipal government. It tests the hypothesized research model employing partial least squares - structural equation modeling (PLS-SEM). Drawing on contingency theory, it explores the commonalities and differences of the effectiveness of Baldrige categories across different industries by comparing our results with summarized prior research findings of interrelationships among the Baldrige categories. Essay 3 posits a restructured Baldrige framework after conducting a rigorous literature review on SCM and examining the Baldrige framework and categories associated with SCM. This work includes a longitudinal set of studies that test the hypothesized research model based upon the newly posited restructured theoretical framework using PLS-SEM on survey data from three different time periods over 20 years across a variety of organizations. The results support that the restructured framework provides a good model fit when the SCM construct is independently identified and included within the framework. The comparison from the longitudinal analysis provides significant insights for theory evolutions of leadership, SCM, and information systems constructs. Additionally, this longitudinal investigation over 20 years supports the evolution of the Baldrige framework as it was revised over time. Most importantly the work posits and supports the new theory development and shows the overarching importance of the SCM as a major organizational construct.

Yes / In this paper, we propose an eight-port/four-resonator slot antenna array with a dual-polarized function for multiple-input-multiple-output (MIMO) 5G mobile terminals. The design is composed of four dual-polarized square-ring slot radiators fed by pairs of microstrip-line structures. The radiation elements are designed to operate at 3.6 GHz and are located on the corners of the smartphone PCB. The squarering slot radiators provide good dual-polarization characteristic with similar performances in terms of fundamental radiation characteristics. In order to improve the isolation and also reduce the mutual coupling characteristic between the adjunct microstrip-line feeding ports of the dual-polarized radiators, a pair of circular-ring/open-ended parasitic structures is embedded across each square-ring slot radiator. The −10-dB impedance bandwidth of each antenna-element is 3.4–3.8 GHz. However, for −6-dB impedance bandwidth, this value is 600 MHz (3.3–3.9 GHz). The proposed MIMO antenna offers good S-parameters, high-gain radiation patterns, and sufficient total efficiencies, even though it is arranged on a high-loss FR-4 dielectric. The SAR function and the radiation characteristics of the proposed design in the vicinity of user-hand/userhead are studied. A prototype of the proposed smartphone antenna is fabricated, and good measurements are provided. The antenna provides good features with a potential application for use in the 5G mobile terminals. / This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement H2020-MSCA-ITN-2016 SECRET-722424. / Research Development Fund Publication Prize Award winner, January 2019.

Yes / Random sets are used to get a continuous partition of the cardinality of the union of many overlapping sets. The formalism uses Möbius transforms and adapts Shapley's methodology in cooperative game theory, into the context of set theory. These ideas are subsequently generalized into the context of finite-dimensional Hilbert spaces. Using random projectors into the subspaces spanned by states from a total set, we construct an infinite number of continuous resolutions of the identity, that involve Hermitian positive semi-definite operators. The simplest one is the diagonal continuous resolution of the identity, and it is used to expand an arbitrary vector in terms of a continuum of components. It is also used to define the function on the 'probabilistic quadrant' , which is analogous to the Wigner function for the harmonic oscillator, on the phase-space plane. Systems with finite-dimensional Hilbert space (which are naturally described with discrete variables) are described here with continuous probabilistic variables. / The full-text of this article will be released for public view at the end of the publisher embargo on 15 Oct 2020. / Research Development Fund Publication Prize Award winner, October 2019.

Yes / Our aim is to offer and illustrates a novel meta-methodology to enhance the rigour of method selection and understanding of results in pluralist qualitative research (PQR). To do so, we make innovative use of Braun and Clarke’s (2006) articulation of four discrete dimensions characterising different forms of thematic analysis. We provide secondary analyses of an interview from the Social Media, Men who have Sex with Men and Sexual Health project using critical discursive psychology, dialogical analysis, interpretative phenomenological analysis, and psychosocial narrative analysis. All four methods identified aspects of three central foci: Compartmentalisation, Detachment, and Jouissance. We discuss how our proposed meta-methodology provides a rationale for the selection of methods in a PQR, offer evidence that it can anticipate the relative similarity in focus of the methods employed, and argue that our meta-methodology reveals the possibility of identifying an ‘axial’ or ‘hub’ method’ of a PQR which might be particularly fruitful in exploring commonalities and differences in results. Finally, we examine the synergies and challenges of combining pairs of the methods we used. / Research Development Fund Publication Prize Award winner.

Yes / Past studies have shown evidence of transfer of learning in action video games, less so in other types e.g. strategy games. Further, the transfer of learning from games to inhibitory control has yet to be examined from the perspectives of time constraint and logic contradiction. We examined the effect of strategy games (puzzle, turn-based strategy ‘TBS’, real-time strategy ‘RTS’) on inhibition (response inhibition and distractor inhibition) and cerebral hemispheric activation over four weeks. We predicted that compared to RTS, puzzle and TBS games would (1) improve response and distractor inhibition, and (2) increase cerebral hemispheric activation demonstrating increased inhibitory control. A total of 67 non-habitual video game players (Mage = 21.63 years old, SD = 2.12) played one of three games; puzzle (n = 19), TBS (n = 24) or RTS (n = 24) for four weeks on their smartphones. Participants completed three inhibition tasks, working memory (WM), and had their tympanic membrane temperature (TMT) taken from each ear before and after playing the games. Results showed that only the puzzle game group showed an improved response inhibition while controlling for WM. There were no significant changes in the distractor inhibition tasks. We also found that there was an increase in left TMT while playing RTS, suggesting the presence of increased impulsivity in RTS. Our findings suggest that puzzle games involving logical contradiction could improve response inhibition, showing potential as a tool for inhibition training. / Newton Fund Institutional Links grant ID: 331745333, under Newton-Ungku Omar Fund partnership. The grant is funded by the UK Department for Business, Energy and Industrial Strategy and Malaysian Industry-Government Group for High Technology (MIGHT) and delivered by the British Council / Research Development Fund Publication Prize Award winner, Dec 2021.

Yes / Growing evidence suggests that fatigue associated with listening difficulties is particularly problematic for children with hearing loss (CHL). However, sensitive, reliable, and valid measures of listening-related fatigue do not exist. To address this gap, this paper describes the development, psychometric evaluation, and preliminary validation of a suite of scales designed to assess listening-related fatigue in CHL- the pediatric Vanderbilt Fatigue Scales (VFS-Peds). Test development employed best practices, including operationalizing the construct of listening-related fatigue from the perspective of target respondents (i.e., children, their parents, and teachers). Test items were developed based on input from these groups. Dimensionality was evaluated using exploratory factor analyses. Item response theory (IRT) and differential item functioning (DIF) analyses were used to identify high-quality items which were further evaluated and refined to create the final versions of the VFS-Peds. The VFS-Peds is appropriate for use with children aged 6-17 years and consists of a child self-report scale (VFS-C), parent proxy- (VFS-P), and teacher proxy-report (VFS-T) scales. Exploratory factor analyses of child self-report and teacher proxy data suggested listening-related fatigue was unidimensional in nature. In contrast, parent data suggested a multidimensional construct, comprised of mental (cognitive, social, and emotional) and physical domains. IRT analyses suggested items were of good quality, with high information and good discriminability. DIF analyses revealed the scales provided a stable measure of fatigue regardless of the child’s gender, age, or hearing status. Test information was acceptable over a wide range of fatigue severities and all scales yielded acceptable reliability and validity. This paper describes the development, psychometric evaluation, and validation of the VFS-Peds. Results suggest the VFS-Peds provide a sensitive, reliable, and valid measure of listening-related fatigue in children that may be appropriate for clinical use. Such scales could be used to identify those children most affected by listening-related fatigue; and given their apparent sensitivity, the scales may also be useful for examining the effectiveness of potential interventions targeting listening-related fatigue in children. / Research Development Fund Publication Prize Award winner, Mar 2022.

Yes / Care after the death of a child and support of their bereaved family is an important element of the services offered by children’s hospices in the United Kingdom. The study aims to explore the emotional challenges of those delivering care to families of children in hospice cool rooms. An internet-based questionnaire was sent to all practitioners to explore their perspectives of providing care to bereaved families whilst the child’s body was in the hospice, as well as caring for a child’s body after death. In total, 94.9% (n=56) of staff responded. Two key themes were identified that represent the emotional challenges perceived by staff: the impact of deterioration of a child’s body; and witnessing the acute grief of families. Practitioners seek to provide care that recognises the importance of family and demonstrates family-centred care, as well as supporting families to deal with the changes that occur after death. Organisations can support practitioners to deliver care in cool rooms by providing training and education on anticipating and managing the pathophysiological changes that occur after death as well as training in grief and loss, and how to support a bereaved family. / Research Development Fund Publication Prize Award winner, May 2021.

Yes / The number of benzodiazepines appearing as new psychoactive substances (NPS) is continually increasing. Information about the pharmacological parameters of these compounds is required to fully understand their potential effects and harms. One parameter that has yet to be described is the blood-to-plasma ratio. Knowledge of the pharmacodynamics of designer benzodiazepines is also important, and the use of quantitative structure–activity relationship (QSAR) modelling provides a fast and inexpensive method of predicting binding affinity to the GABAA receptor. Methods: In this work, the blood-to-plasma ratios for six designer benzodiazepines (deschloroetizolam, diclazepam, etizolam, meclonazepam, phenazepam, and pyrazolam) were determined. A previously developed QSAR model was used to predict the binding affinity of nine designer benzodiazepines that have recently appeared. Results: Blood-to-plasma values ranged from 0.57 for phenazepam to 1.18 to pyrazolam. Four designer benzodiazepines appearing since 2017 (fluclotizolam, difludiazepam, flualprazolam, and clobromazolam) had predicted binding affinities to the GABAA receptor that were greater than previously predicted binding affinities for other designer benzodiazepines. Conclusions: This work highlights the diverse nature of the designer benzodiazepines and adds to our understanding of their pharmacology. The greater predicted binding affinities are a potential indication of the increasing potency of designer benzodiazepines appearing on the illicit drugs market. / Engineering and Physical Sciences Research Council. / Research Development Fund Publication Prize Award winner, Feb 2022.

Yes / Drawing from 645 microfinance institutions across 56 countries, this paper examines the deposit-borrowing dynamic of microfinance institutions’ source of capital. We find that deposits and borrowings are substitutes rather than complements. We further find that the degree of substitutability is more pronounced among microfinance institutions operating in a developed financial sector where the level of information asymmetry is lower. Our findings represent novel contribution in understanding microfinance institutions’ funding behaviour that supports its quest for further growth and long-term sustainability. / Research Development Fund Publication Prize Award winner, April 2023.

Yes / Carbon monoxide (CO) is both a substance hazardous to health and a side product of a number of industrial processes, such as methanol steam reforming and large-scale oxidation reactions. The separation of CO from nitrogen (N2) in industrial processes is considered to be difficult because of the similarities of their electronic structures, sizes, and physicochemical properties (e.g., boiling points). Carbon monoxide is also a major poison in fuel cells because of its adsorption onto the active sites of the catalysts. It is therefore of the utmost economic importance to discover new materials that enable effective CO capture and release under mild conditions. However, methods to specifically absorb and easily release CO in the presence of contaminants, such as water, nitrogen, carbon dioxide, and oxygen, at ambient temperature are not available. Here, we report the simple and versatile fabrication of a new class of hybrid materials that allows capture and release of carbon monoxide under mild conditions. We found that carborane-containing metal complexes encapsulated in networks made of poly(dimethylsiloxane) react with CO, even when immersed in water, leading to dramatic color and infrared signature changes. Furthermore, we found that the CO can be easily released from the materials by simply dipping the networks into an organic solvent for less than 1 min, at ambient temperature and pressure, which not only offers a straightforward recycling method, but also a new method for the “on-demand” release of carbon monoxide. We illustrated the utilization of the on-demand release of CO from the networks by carrying out a carbonylation reaction on an electron-deficient metal complex that led to the formation of the CO-adduct, with concomitant recycling of the gel. We anticipate that our sponge-like materials and scalable methodology will open up new avenues for the storage, transport, and controlled release of CO, the silent killer and a major industrial poison. / The Royal Society, The Romanian Ministry of Education and Research, The University of Bradford, European Regional Development Fund of the European Union / Research Development Fund Publication Prize Award winner.