Book Review: \u3ci\u3eChristian Ashrams, Hindu Caves and Sacred Rivers: Christian-Hindu Monastic Dialogue in India 1950-1993\u3c/i\u3e

Book review of Christian Ashrams, Hindu Caves and Sacred Rivers: Christian-Hindu Monastic Dialogue in India 1950-1993. By Mario I. Aguilar. Jessica Kingsley Publishers: London and Philadelphia, 2016, 200 pages

The Virtues of Comparative Theology

In this article, I focus on a small section in the epilogue of Francis X. Clooney’s The Future of Hindu-Christian Studies in which he outlines some of the personal characteristics needed to do comparative theology well. He takes five of these from Catherine Cornille’s The Im-Possibility of Interreligious Dialogue and adds several of his own. By exploring notions like doctrinal humility and rootedness in a particular tradition, we are forced to reflect upon the ‘virtues’ of the discipline in both senses of the word – not only those attributes required to engage in it, but the merits of doing it at all

‘I Am that I Am’ (Ex. 3.14): from Augustine to Abhishiktānanda—Holy Ground Between Neoplatonism and Advaita Vedānta

AbstractWe shall revisit a debate which has been going on at least since pioneering British Indologists like William Jones first encountered the ‘Brahmanic theology’ we now know as Vedānta, namely, the nature of the relationship—if any—between certain forms of ‘western’ and ‘Indian’ idealisms, and how these metaphysical systems have influenced Christian theology. Specifically, we look at the question of possible thematic and conceptual convergences between Neoplatonism and Advaita Vedānta, and argue that significant parallels can be found in their common conception of the Absolute as Being. Rather than attempt a comprehensive overview of the two systems, we take the divine ‘I AM’ revealed to Moses in Exodus 3.14 as thelocus classicusof Christian philosophical interpretations of God as Being itself, and explore how four seminal figures read this passage in light of Neoplatonic and Vedāntic influences. We shall see that similarities and divergences in the readings of Augustine, Thomas Aquinas, Meister Eckhart and Henri Le Saux can be understood in terms of how they negotiate the relation between the One and the many, or between ‘being’ and ‘knowing’. The more these figures allow themselves to be influenced by Neoplatonism and Advaita Vedānta, the more we see any clear ontological distinction between creature and Creator start to break down. This verse, therefore, proves to be an unusually fruitful test case for exploring the relation between the underlying Neoplatonic and Vedāntic metaphysics which structure varying Christian interpretations of it.</jats:p

Controlled Architecture of Stimuli Responsive and Sulfur Crosslinked Networks for Functional Materials

The focus of this thesis is to develop effective methodologies to achieve control over network architecture via stimuli-responsive and sulfur cross-linked networks such that these materials could be advantageous for use in functional materials. Materials with properties that can be selectively controlled and manipulated are achieved via numerous mechanisms, though this thesis emphasizes selective cross-linking polymerization reactions and stimuli-responsive degradation mechanisms. The ability to effectually change the physical properties of materials (glass transition temperature (Tg), moduli, and architecture) or optical properties (refractive index) have found applications in soft robotics, lithography, shape-altering materials, tissue engineering, holography and many more. One common approach to efficiently change network architecture is using orthogonal dual-polymerization reactions, where one polymerization forms a network, and the other polymerization changes the properties of the stage I network. Disulfide chemistry was explored and implemented into dual-cure networks by leveraging the difference in reaction rates between the thiol-ene and disulfide-ene reactions. This dual-cure network is shown to have drastic changes in moduli, Tg, and refractive index between the stage I and stage II networks. This material is then demonstrated to have applicability in shape-fixation, photolithography, and holography. Furthermore, affecting polymer architecture via degradable networks with the dual capability of reacting to a specific signal and providing an amplified response to the selective signal are rare and of great importance to a wide array of fields ranging from biomedical applications to additive manufacturing. Amplification can arise from a single stimuli-induced reaction that causes a cascading depolymerization event to yield monomers or small molecule fragments. One such way to design degradable networks is by utilizing self-immolative polymers (SIPs) which is an attractive means to obtain materials with an amplified control over disassembly of macromolecular architectures. Through the introduction of triggerable self-immolative polymers, namely phthalaldehyde and thioester-based SIPs, degradation is shown via various chemical (pKa driven, fluoride ions) and physical stimuli (light, sonication). Additionally, these photopolymerized materials are tunable to a wide array of solvents (hydrogel or organogel formations) with control over depolymerization on timescales ranging from minutes to hours.</p

The effect of multisensory stimuli on path selection in virtual reality environments

Virtual Reality (VR) has as a key feature, the users’ interaction with a virtual environment. Depending on the purpose of a given VR application, it can be essential to use multisensory stimulus without biasing users towards specific actions or decisions in the virtual environment (VE). The goal of the present work is to study if the choice of paths can be influenced by the addition of multisensory stimulus when navigating in a VE using an immersive setup. The awareness of having to take such decisions was also considered. For the purpose, we used a VR game-like application contemplating three levels. Each level was symmetrical and had two possible paths to move to the next level (left or right). For each level, there was a multisensory stimulus on the right path (from a subject orientation): wind, vibration, scent respectively. The sample of the study consisted of 50 participants, and the results showed that none of the multisensory stimuli had a significant impact users’ decision. The users’ awareness of having to decide also did not affect their path. We conclude that multisensory stimuli can be used to raise the credibility of the virtual environments without compromising the users’ decisions.This work is financed by the ERDF – European Regional Development Fund through the Operational Programme for Competitiveness and Internationalisation - COMPETE 2020 Programme and by National Funds through the Portuguese funding agency, FCT - Fundação para a Ciência e a Tecnologia within project POCI-01-0145-FEDER-028618 entitled PERFECT - Perceptual Equivalence in virtual Reality For authEntiC Training.info:eu-repo/semantics/publishedVersio

What's in the textbook and what's in the mind : polarity item "any" in learner English

This paper presents an experimental study of the rarely explored question of how input through instruction interacts with L2 acquisition at the level ofmodular linguistic knowledge. The investigation focuses on L2 knowledge of the English polarity itemany, whose properties are only partially covered by typical language-teaching materials. We investigate Najdi-Saudi Arabic-speaking learners' knowledge of the distribution of any in contexts that are taught, contexts that are not taught but may be observable in the input, and contexts that are neither taught nor observable. We further test whether conscious awareness of instructed rules about any correlates with performance. Our findings suggest a role for instruction and for internal, UG-constrained acquisition, and that these two paths interact.We explore our findings in terms of SharwoodSmithandTruscott's (2014a, 2014b) framework ofmodular online growth and use of language, in which cognitive development is driven by processing

Disease Focused Integrated Care – a New Model of Healthcare Delivery for the Treatment of Skin Cancer

Introduction: As the most common cancer in Australia, skin cancer generates a considerable health burden. This study outlines the establishment of a new model of integrated care for the diagnosis and management of skin cancer. Methods: A new model of integrated care was established to provide access to all aspects of skin cancer management. General practitioners (GPs) were upskilled through hands-on training and a 6-month skin cancer education program and partnered with specialist Dermatologists and Plastic Surgeons co-located in the same clinic. Data including median wait times between the initial consultation and treatment were prospectively collected and compared patients seen through the integrated pathway to patients referred from their primary GP to specialist Dermatologists and Plastic Surgeons directly (non-integrated pathway). The percentage of patients needing co-consultation with a specialist in the integrated pathway was also measured over time. Results: A total of 25341 patients were seen from the commencement of the clinic in August 2015 to June 2021. In 2017 and 2018 the median wait time to be treated was 7 days for the integrated model compared to 54 days (2017) and 46 days (2018) for non-integrated care (p < 0.0001). The percentage of GPs requesting specialist co-consultations for assessment of skin cancer fell from 98% in 2015, to 5.6% in 2021. Histopathology shows that 66% of lesions excised by GPs in this model were malignant or pre-malignant. Conclusions: This study firstly shows a significant reduction in time to treatment in an integrated skin cancer model over traditional models of health. Secondly it demonstrates GP upskilling over time in the integrated program. Integrating GP and specialist medical practitioners in the treatment of skin cancer offers potential for more efficient, accessible, and affordable care. This cooperative, co-located model may provide a template for the integrating the management of other conditions

Impact of Ocean Warming and Ocean Acidification on Larval Development and Calcification in the Sea Urchin Tripneustes gratilla

Background: As the oceans simultaneously warm, acidify and increase in P-CO2, prospects for marine biota are of concern. Calcifying species may find it difficult to produce their skeleton because ocean acidification decreases calcium carbonate saturation and accompanying hypercapnia suppresses metabolism. However, this may be buffered by enhanced growth and metabolism due to warming.Methodology/Principal Findings: We examined the interactive effects of near-future ocean warming and increased acidification/P-CO2 on larval development in the tropical sea urchin Tripneustes gratilla. Larvae were reared in multifactorial experiments in flow-through conditions in all combinations of three temperature and three pH/P-CO2 treatments. Experiments were placed in the setting of projected near future conditions for SE Australia, a global change hot spot. Increased acidity/P-CO2 and decreased carbonate mineral saturation significantly reduced larval growth resulting in decreased skeletal length. Increased temperature (+3 degrees C) stimulated growth, producing significantly bigger larvae across all pH/P-CO2 treatments up to a thermal threshold (+6 degrees C). Increased acidity (-0.3-0.5 pH units) and hypercapnia significantly reduced larval calcification. A +3 degrees C warming diminished the negative effects of acidification and hypercapnia on larval growth.Conclusions and Significance: This study of the effects of ocean warming and CO2 driven acidification on development and calcification of marine invertebrate larvae reared in experimental conditions from the outset of development (fertilization) shows the positive and negative effects of these stressors. In simultaneous exposure to stressors the dwarfing effects of acidification were dominant. Reduction in size of sea urchin larvae in a high P-CO2 ocean would likely impair their performance with negative consequent effects for benthic adult populations

Culturing Echinoderm Larvae Through Metamorphosis

Echinoderms are favored study organisms not only in cell and developmental biology, but also physiology, larval biology, benthic ecology, population biology and paleontology, among other fields. However, many echinoderm embryology labs are not well-equipped to continue to rear the post-embryonic stages that result. This is unfortunate, as such labs are thus unable to address many intriguing biological phenomena, related to their own cell and developmental biology studies, that emerge during larval and juvenile stages. To facilitate broader studies of post-embryonic echinoderms, we provide here our collective experience rearing these organisms, with suggestions to try and pitfalls to avoid. Furthermore, we present information on rearing larvae from small laboratory to large aquaculture scales. Finally, we review taxon-specific approaches to larval rearing through metamorphosis in each of the four most commonly-studied echinoderm classes—asteroids, echinoids, holothuroids and ophiuroids.https://scholarworks.wm.edu/asbookchapters/1091/thumbnail.jp