1,345 research outputs found

    Fortune’s Breath: Rewriting the Classical Storm in the Drama of Christopher Marlowe and William Shakespeare

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    This is the author accepted manuscriptCritics often identify Marlowe and Nashe’s play *Dido Queene of Carthage* as a significant precursor for Shakespeare’s *Antony and Cleopatra*, as well as his more explicitly Virgilian drama *The Tempest*. These three plays are regularly associated with the *Aeneid*, and interpreted within the context of early modern colonial discourse. While the theme of empire-building is of central importance in these dramas, however, the emphasis in all three plays on the staging of Virgilian storms suggest that the *Aeneid*’s prophetic and literary antecedents may be equally significant. Thus Marlowe and Shakespeare’s fictional tempests raise and pursue questions about the nature of theatrical authorship, the concept of a discrete imaginative sphere, and the charged issue of literary legacy or fama. Storms in these plays thus provide a medium through which to engage with and dispute standards of dramatic authority within the context of the purpose-dedicated playhouses, as Marlowe and Shakespeare respond in their drama to contemporary debates about the nature, value and purpose of the theatre

    Alcohol metabolism: implications for nutrution and health

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    Performance and the "Holy Purse": Ben Jonson's attack on puritan value(s)

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    This is the final version. Available from University of Chicago Press via the DOI in this recor

    The Smoke of War: From Tamburlaine to Henry V

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    This is the author accepted manuscript. The final version is available from Taylor & Francis via the DOI in this record.Early in Tamburlaine Part 1, Marlowe’s protagonist promises that his army’s bullets, “[e]nrolde in flames and fiery smouldering mistes”, will occupy the heavens (2.3.20). Uniting the technological with the supernatural, Tamburlaine is characterised as a warrior who commands the “compasse of the killing bullet” (2.1.41), with the smoky emissions generated by his ordnance complementing his martial ambitions. As Tamburlaine and his rival Bajazeth compete for discursive and material control of the fictional – and theatrical - air, deploying smoke, flying bullets, and airborne contagion, Marlowe’s drama introduces an association between pollution and achievement that Shakespeare would subsequently interrogate in Henry IV and Henry V. While Shakespearean characters such as Hotspur continue to celebrate the fumes of “smoky war” (1 Henry IV 4.1.115), Shakespeare also registers the performative risks of generating environmental pollution: an approach that culminates in Henry V when the title protagonist’s threats conflate bullets with rotting bodies and render the air itself a poisoned weapon that “choke[s]” the atmosphere (4.3.99-108). Analysing both parts of Tamburlaine, Henry VI Part One, 1 and 2 Henry IV, and Henry V, this article explores the theatrical associations between staging battle and the weaponised use of airborne pollutants, reflecting on the implications for contemporary dramatic representations of the martial and aerial environment

    Enterprise Education and Social Capital

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    Amplify antimicrobial photo dynamic therapy efficacy with poly-beta-amino esters (PBAEs)

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    Light-activated antimicrobial agents (photosensitisers) are promising alternatives to antibiotics for the treatment of skin infections and wounds through antimicrobial photo dynamic therapy (aPDT); utilisation of this technique is still restricted by general low efficacy requiring long exposure time (in the order of tens of minutes) that make the treatment very resource intensive. We report for the first time the possibility of harvesting the cell penetrating properties of poly-beta-amino esters (PBAEs) in combination with toluidine blue O (TBO) to shorten aPDT exposure time. Candidates capable of inactivation rates 30 times quicker than pure TBO were discovered and further improvements through PBAE backbone optimisation could be foreseen. Efficacy of the complexes was PBAE-dependent on a combination of TBO uptake and a newly discovered and unexpected role of PBAEs on reactive species production. Chemometric approach of partial least square regression was employed to assess the critical PBAE properties involved in this newly observed phenomenon in order to elicit a possible mechanism. The superior antimicrobial performance of this new approach benefits from the use of well established, low-cost and safe dye (TBO) coupled with inexpensive, widely tested and biodegradable polymers also known to be safe. Moreover, no adverse cytotoxic effects of the PBAEs adjuvated TBO delivery have been observed on a skin cells in vitro model demonstrating the safety profile of this new technology

    Subminimum or Subpar? A Note in Favor of Repealing the Fair Labor Standards Act\u27s Subminimum Wage Program

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    This Note argues for the repeal of Section 14(c) of the Fair Labor Standards Act (FLSA), which continues to perpetuate a system allowing employers to pay less than minimum, or “subminimum,” wage to certain employees with disabilities. The Section 14(c) program is a relic of policy leftover from the 1930s and does not help the disabled community, but rather rests on the presumption that persons with disabilities never progress. In light of recent House Resolution 3086, Congress went against the current trend of encouraging maximum independence and equal opportunities for persons with disabilities and instead upheld the subminimum wage program; however, Congress now has another opportunity to repeal Section 14(c) with House Resolution 831. This Note discusses the pros and cons of Section 14(c)’s subminimum wage program, and, using Washington State as a model, this Note argues for the repeal of Section 14(c) of the FLSA

    Radionuclide interactions with materials relevant to a geological disposal facility

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    Materials representative of those found in a Geological Disposal Facility (GDF) for the long-term storage of nuclear waste have been investigated for their ability to retard the movement of ionic species found in nuclear waste. Fe1-xO, Fe2O3, Fe3O4 (from steel corrosion) and sandstone (bedrock) used as physical barriers in the GDF have been treated using solutions of pH 7-13 which are representative of the leachate expected from concrete encapsulation of waste in contact with ground water. A mimic of portlandite cement, Ca(OH)2 was also prepared carbonate-free via a sacharate method for use in these leachate experiments. Materials have been characterised using a mixture of techniques such as Powder X-ray Diffraction (PXRD) and Infra-red Spectroscopy which focus on the bulk, short range techniques such as Extended X-ray Absorption Fine Structure (EXAFS), Scanning Electron Microscopy(SEM) and Nuclear Magnetic Resonance(NMR) and physical measurements such as diffusion experiments and fluorescence spectroscopy. Characterisation of the bulk materials before and after treatment using PXRD and SEM indicates that high purity iron oxides are affected differently by the solutions of varying pH. While not detectable by bulk techniques, SEM analysis evidence of the surface of the materials showed that Fe1-xO was deleteriously affected by solutions with pH > 7 more than the more oxidised materials. Initially needle-like crystals formed on the surface of Fe1-xO that are characteristic of goethite which at long aging times up to 168 h, showed transformation to crystal morphologies characteristic of Fe2O3. As the alkalinity increased, the transformation of Fe1-xO to Fe2O3 slowed. Dissolution of the iron surfaces in the solutions of pH 7-13 were determined by measuring the concentration of dissolved iron using ICPMS. While Fe1-xO and Fe3O4 followed first order kinetics, the dissolution kinetics for Fe2O3 appeared more complex. As the alkalinity increased, the rate constant for dissolution decreased in all cases indicating that higher pH is better for containment due to the formation of a passivated surface layer evidenced by SEM. The sorption of uranium to the iron oxide surfaces was investigated as a function of pH (7-13). In all cases, there was evidence of uranium sorption. The greatest sorption was evidenced when Ca(OH)2 was present which is most likely due to the precipitation of the known phase, calcium uranate. In the absence of calcium hydroxide, the sorption of uranium to the iron oxide surfaces decreased as the pH increased, reflecting the increase in formation of the anionic uranium species. In the presence of carbonate, the sorption of uranium onto the surfaces also decreases reflecting the formation of the soluble uranyl carbonate species. NMR spectroscopy of uranyl species in solution indicates that the chemical shift is strongly affected by pH shifting from 163 ppm to 175 ppm as the pH changes from 7 to 13 and allowing the uranium speciation to be used as a pH probe. A much -2- smaller shift in respect of temperature of less than 0.5 ppm was observed in the temperature range studied between 25 and 50°C. The quality of fluorescence spectra has been shown to be strongly affected by complexing species present in solution, the best spectra achieved with non-complexing species such as perchlorate. Migration experiments of the radionuclides uranium, thorium and technetium has been investigated by placing sandstone cores in alkaline solution and analysing both the water itself and the core to examine retention and transport. The results determined that the technetium diffused readily through the sandstone matrix. The uranium and throrium did not achieve breakthrough. This was attributed to the low solubility’s and the formation of stable precipitates

    Student-led enterprise groups and entrepreneurial learning

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    This study considers the phenomenon of student-led enterprise groups in UK higher education institutions with regard to their role and activities and their potential to enhance entrepreneurial learning. The researchers adopted a case study methodology, acknowledging that a multiplicity of variables influences pedagogical development and therefore the findings are intended to further understanding rather than to produce generalizable data. The study’s findings both support and update those of prior studies which posit a link between the groups and opportunities for experiential and social learning. The article also provides a novel focus on learning outcomes for group leaders
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