Societal perceptions of the white working-class male and factors that contribute to their academic success

The lack of educational attainment amongst WWCM in England has long been a concern of politicians and educationalists. Considerable academic research exists surrounding this educational phenomenon however, much of this research focuses on how societal barriers and class relationships within schooling contribute to WWCM academic failure. Whilst current research provides us with historical innate working-class attitudes and positions reproduced throughout generations, it does not consider WWCM who are academically successful or any nuances or motivations that may be ‘difference makers’. In contrast, this research focuses on a small group of WWCM from diverse regions of the U.K who have navigated the minefield of education, obtaining both undergraduate and in some cases post-graduate qualifications before pursuing professional careers in education. Narrative research was used to obtain rich, lived data from WWCM who have ‘beaten the odds’. Findings from this quantitative research suggest that an early mindset of linking work ethic to economic reward is an important reproductive factor in the academic progress of white working-class boys. A strong familial working ‘working-class’ ethic was experienced by all participants interviewed for this study. The findings suggested a strong understanding of work ethic accompanied by positive role models and a more holistic development will aid the educational progress of this subsection of society. Nonetheless, whilst conducting my research it became impossible to ignore the cultural divide confronting the United Kingdom. We are currently witnessing a social transformation in British society. A rise in immigration, identity politics and a negative media portrayal has contributed to a sense of ‘white neglect’ felt by WWCM. Therefore, it can be reasoned that alongside confronting historical barriers to educational attainment, WWCM must now contend with the negative perceptions and ridicule foisted upon them by the middle-classes, Government and to a greater extent the media

WHAT ROLES DO REASON AND REVELATION PLAY IN THE KNOWLEDGE OF THE TRINITY, ACCORDING TO ST THOMAS AQUINAS?

The Holy Trinity is viewed, within the Catholic tradition, as “the central mystery of the Christian faith and life.” Given the importance of the doctrine, this paper explores to what extent, and by what means, humans are capable of knowledge of the Trinity. It summarises Thomas Aquinas’ account of the knowledge of the Trinity, beginning with an outline of Aquinas’ understanding of the place of revelation and reason in the knowledge of God in general. From there, the paper notes Aquinas’ denial of the ability of human reason to discern the Trinity before turning to his primary reason for this position: that human reason is incapable of knowing the Trinity, though reason may comprehend and provide confirmation of what has been made known by revelation. Indeed, for Aquinas, the doctrine of the Trinity can be explained, even as the Trinity itself is a mystery, as demonstrated in his own writings. The paper turns finally to use Aquinas’ own explanation of the ‘persons’ of the Trinity to illustrate his approach to reasoning in relation to what has been known by revelation

Immediacy and Gesture

The concepts of immediacy and gesture are described in this thesis and their relation to my ceramic work. This thesis also discusses the historic and contemporary influences that contribute to my work, as well as my personal history, travel, and technical research into different clay bodies, slips, glazes, and firings

Exploring Spatial-Temporal Variations of Public Discourse on Social Media: A Case Study on the First Wave of the Coronavirus Pandemic in Italy

This paper proposes a methodology for exploring how linguistic behaviour on social media can be used to explore societal reactions to important events such as those that transpired during the SARS CoV2 pandemic. In particular, where spatial and temporal aspects of events are important features. Our methodology consists of grounding spatial-temporal categories in tweet usage trends using time-series analysis and clustering. Salient terms in each category were then identified through qualitative comparative analysis based on scaled f-scores aggregated into hand-coded categories. To exemplify this approach, we conducted a case study on the first wave of the coronavirus in Italy. We used our proposed methodology to explore existing psychological observations which claimed that physical distance from events affects what is communicated about them. We confirmed these findings by showing that the epicentre of the disease and peripheral regions correspond to clear time-series clusters and that those living in the epicentre of the SARS CoV2 outbreak were more focused on solidarity and policy than those from more peripheral regions. Furthermore, we also found that temporal categories corresponded closely to policy changes during the handling of the pandemic

INFORMATION SECURITY IN AGILE SOFTWARE DEVELOPMENT PROJECTS: A CRITICAL SUCCESS FACTOR PERSPECTIVE

The importance of information security in software development projects is long recognised, with many comprehensive standards and procedures in use to provide assurance of information security. The agile development paradigm conflicts with traditional security assurance by emphasising the delivery of functional requirements and a reduction in structured and linear development styles. Through a series of thirteen qualitative interviews, this study identifies practices that address this problem which have been successfully adopted by agile practitioners. The findings present four categories of practices – organisational, team, project, and technical – and twelve critical success factors that should be explicitly considered by practitioners to assure agile security. The critical success factors provide a foundation for practitioners to strategically identify and develop best practices to embed information security in agile development projects. The identified categories also highlight the importance of agile security practices centring around individuals and culture and contributes to the literature by providing a representation of agile security practices that encompasses a broad range of focal areas

Earliest Holocene south Greenland ice sheet retreat within its late Holocene extent

Early Holocene summer warmth drove dramatic Greenland ice sheet (GIS) retreat. Subsequent insolation-driven cooling caused GIS margin readvance to late Holocene maxima, from which ice margins are now retreating. We use 10Be surface exposure ages from four locations between 69.4°N and 61.2°N to date when in the early Holocene south to west GIS margins retreated to within these late Holocene maximum extents. We find that this occurred at 11.1 ± 0.2 ka to 10.6 ± 0.5 ka in south Greenland, significantly earlier than previous estimates, and 6.8 ± 0.1 ka to 7.9 ± 0.1 ka in southwest to west Greenland, consistent with existing 10Be ages. At least in south Greenland, these 10Be ages likely provide a minimum constraint for when on a multicentury timescale summer temperatures after the last deglaciation warmed above late Holocene temperatures in the early Holocene. Current south Greenland ice margin retreat suggests that south Greenland may have now warmed to or above earliest Holocene summer temperatures

Towards analytical provenance visualization for criminal intelligence analysis

In criminal intelligence analysis to complement the information entailed and to enhance transparency of the operations, it demands logs of the individual processing activities within an automated processing system. Management and tracing of such security sensitive analytical information flow originated from tightly coupled visualizations into visual analytic system for criminal intelligence that triggers huge amount of analytical information on a single click, involves design and development challenges. To lead to a believable story by using scientific methods, reasoning for getting explicit knowledge of series of events, sequences and time surrounding interrelationships with available relevant information by using human perception, cognition, reasoning with database operations and computational methods, an analytic visual judgmental support is obvious for criminal intelligence. Our research outlines the requirements and development challenges of such system as well as proposes a generic way of capturing different complex visual analytical states and processes known as analytic provenance. The proposed technique has been tested into a large heterogeneous event-driven visual analytic modular analyst’s user interface (AUI) of the project VALCRI (Visual Analytics for Sensemaking in Criminal Intelligence) and evaluated by the police intelligence analysts through it’s visual state capturing and retracing interfaces. We have conducted several prototype evaluation sessions with the groups of end-users (police intelligence analysts) and found very positive feedback. Our approach provides a generic support for visual judgmental process into a large complex event-driven AUI system for criminal intelligence analysi

A Systematic Literature Review of Software Visualization Evaluation

Abstract Context: Software visualizations can help developers to analyze multiple aspects of complex software systems, but their effectiveness is often uncertain due to the lack of evaluation guidelines. Objective: We identify common problems in the evaluation of software visualizations with the goal of formulating guidelines to improve future evaluations. Method: We review the complete literature body of 387 full papers published in the SOFTVIS/VISSOFT conferences, and study 181 of those from which we could extract evaluation strategies, data collection methods, and other aspects of the evaluation. Results: Of the proposed software visualization approaches, 62 lack a strong evaluation. We argue that an effective software visualization should not only boost time and correctness but also recollection, usability, engagement, and other emotions. Conclusion: We call on researchers proposing new software visualizations to provide evidence of their effectiveness by conducting thorough (i) case studies for approaches that must be studied in situ, and when variables can be controlled, (ii) experiments with randomly selected participants of the target audience and real-world open source software systems to promote reproducibility and replicability. We present guidelines to increase the evidence of the effectiveness of software visualization approaches, thus improving their adoption rate

Can comets deliver prebiotic molecules to rocky exoplanets?

In this work we consider the potential of cometary impacts to deliver complex organic molecules and the prebiotic building blocks required for life to rocky exoplanets. Numerical experiments have demonstrated that for these molecules to survive, impacts at very low velocities are required. This work shows that for comets scattered from beyond the snow-line into the habitable zone, the minimum impact velocity is always lower for planets orbiting Solar-type stars than M-dwarfs. Using both an analytical model and numerical N-body simulations, we show that the lowest velocity impacts occur onto planets in tightly-packed planetary systems around high-mass (i.e. Solar-mass) stars, enabling the intact delivery of complex organic molecules. Impacts onto planets around low-mass stars are found to be very sensitive to the planetary architecture, with the survival of complex prebiotic molecules potentially impossible in loosely-packed systems. Rocky planets around M-dwarfs also suffer significantly more high velocity impacts, potentially posing unique challenges for life on these planets. In the scenario that cometary delivery is important for the origins of life, this study predicts the presence of biosignatures will be correlated with i) decreasing planetary mass (i.e. escape velocity), ii) increasing stellar-mass, and iii) decreasing planetary separation (i.e. exoplanets in tightly-packed systems).Comment: Accepted by Proceedings A of the Royal Society. 17 pages, 5 figure

Evaluating Extensible 3D (X3D) Graphics For Use in Software Visualisation

3D web software visualisation has always been expensive, special purpose, and hard to program. Most of the technologies used require large amounts of scripting, are not reliable on all platforms, are binary formats, or no longer maintained. We can make end-user web software visualisation of object-oriented programs cheap, portable, and easy by using Extensible (X3D) 3D Graphics, which is a new open standard. In this thesis we outline our experience with X3D and discuss the suitability of X3D as an output format for software visualisation