Book Review: Apologia Pro Beata Maria Virgine: John Henry Newman’s Defence of the Virgin Mary in Catholic Doctrine and Piety

Book Review: No abstract available

Teaching theology online

Can theology be taught successfully in the online environment? This article will draw upon theoretical literature and the author’s practical experience in answering that question. Along the way, this article will discuss the various motivations for teaching theology online and acknowledge the opportunities presented by the online medium. It shall address conceptual shifts prompted by online education such as the shift from correspondence to distance to open education. The article will then discuss evolving teaching practices and methods. There will follow a discussion of the crucial issue of theological formation and scholarly interaction and how these can be approached online. After that discussion, the article will cover various challenges faced in teaching theology online. At the end of the article, some observed outcomes of online theological education will be presented and some recommendations made regarding the effective delivery of theological education in the online environment

A Catholic university in the Kimberley: Reflections on a Catholic identity

This book began as a series of professional development sessions held in 2014 for the faculty and staff at the Broome Campus of the University of Notre Dame Australia. Those sessions were given in response to concerns that included: questions about the identity of a Catholic University, the relationship between the Church and Aboriginal people, the place of social justice in a Catholic university, the Catholic Intellectual Tradition, the constitution of the University’s faculty and staff as well as issues of academic freedom. Those concerns made it clear that members of the University community and key stakeholders needed clarification about the mission and nature of a Catholic university, especially one that has a unique campus such as University of Notre Dame’s Broome campus and which has a mandated mission of outreach to Aboriginal people. Since then, and with the encouragement of colleagues both from the Broome campus and Notre Dame’s other campuses, I have refined those presentations and augmented them with other material in order to present this book, which is a series of essays that focus on the common theme of, “A Catholic University in the Kimberley.” Because each essay is mostly independent, some material may be repeated, though this repetition will occur in different contexts and with different emphases. The intention of this book is to provide a series of research papers that will serve as resources for faculty, students and other stakeholders. It is my intention to help key parties to articulate the intellectual tradition that grounds the University, the relationship between the Church and Aboriginal culture, the nature and constitution of the faculty and to outline the theological and social teaching issues that affect the mission of the University. While some of the material in the book may not be entirely new, it is presented in what I trust is a fresh and new perspective, from the Catholic Intellectual Tradition and from theology, that can answer questions of the “why” and “how” of a Catholic University in the Kimberley

Agile ageing – A modifiable vital sign to mitigate the risk of falls in older adults?

Falls prevention in older adults is a targeted priority because a fall can lead to disability, institutionalisation and presents a signficant financial burden. Falls are multifactoral in nature however, impairments in both physical and cognitive functioning have been linked to their occurrence. Currently, testing and exercise training for falls prevention focuses on physical qualities such as balance and strength. Agility is a unique physical quality that couples an individuals perceptual cognitive ability with the ability to produce a quick and accurate movement. Agility is relatively well understood in a sporting context however, its application to falls prevention has been minimal. Because a fall may occur while an individual is perceiving information from the dynamic environment around them while attempting to execute a rapid and accurate movement it is hypothesised that concepts and methods used to assess and train agility in athlete populations can be use to improve practices related to the screening and training to mitigate the risk of a fall in an older adult. © 202

The British Anti-Windfarm and Anti-Fracking Movements: A Comparative Analysis

A comparative analysis of anti-wind farm and anti-fracking movements in the U

Edge selective gas detection using Langmuir films of graphene platelets

Recent advances in large-scale production of graphene have led to the availability of solution processable platelets at the commercial scale. Langmuir-Schaefer (L-S) deposition is a scalable process for forming a percolating film of graphene platelets which can be used for electronic gas sensing. Here, we demonstrate the use of this deposition method to produce functional gas sensors, using a chemiresistor structure from commercially-available graphene dispersions. The sensitivity of the devices and repeatability of the electrical response upon gas exposure has been characterized. Raman spectroscopy and Kelvin probe force microscopy (KPFM) show doping of the basal plane using ammonia (n-dopant) and acetone (p-dopant). The resistive signal is increased upon exposure to both gases showing that sensing originates from the change in contact resistance between nanosheets. We demonstrate that Arrhenius fitting of the desorption response potentially allows measurements of the desorption process activation energies for gas molecules adsorbed onto the graphene nanosheets

Understanding solvent spreading for Langmuir deposition of nanomaterial films: a Hansen solubility parameter approach

In order to prepare high-quality Langmuir films of two-dimensional materials it is important to select a solvent optimized for both exfoliation and spreading at the air-water interface. Whilst it is generally accepted that exfoliation and stabilisation of two-dimensional materials is well-described using the Hansen solubility parameter theory, a complementary description of solvent spreading behaviour is lacking. To this end we develop an understanding of solvent spreading using a Hansen solubility parameter framework. Our model accurately predicts the behaviour of both water-immiscible and water-miscible solvents in Langmuir film formation experiments. We demonstrate that spreading behaviour can be modified by controlling the surface pressure of the subphase using an amphiphilic species and accordingly utilise this approach to determine the maximum spreading pressure for a selection of solvents. Ultimately, by building on this understanding we open up additional routes to optimize the preparation of Langmuir films of two-dimensional materials and other nanoparticles