Events in Physics
Friday, August 11, 2017
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Research Councils UK (RCUK) and (CONICYT) are pleased to invite applications to the Newton RCUK-CONICYT Broadening Impact Call 2017. This initiative will provide funding for internationally competitive, transformative and high-quality collaborative research projects between UK, Chilean and other Latin American DAC list country researchers which contribute to the economic development and welfare of developing countries in Latin America. We invite proposals which address the theme: Energy-Food-Water-Environment Nexus. Recognising the multidisciplinary nature of the thematic area, the development of interdisciplinary collaborations is particularly welcomed. The Newton Fund requires that the UK funding is awarded in a manner that fits with ODA guidelines. All applications under this call must therefore be compliant with and demonstrate this compliance within the written proposal. Due to Chile’s graduation from the DAC list this year, and as a condition of the Newton Fund and ODA requirements, the projects should focus on the application of Chilean and UK expertise to address wider global development challenges. The outputs of the research must be transferable to other DAC list countries. Consortia should consider how their proposal makes the best use of available expertise in the UK, Chile and other Latin American DAC list countries, the added value of collaboration and how the proposal will meet the ODA requirements of this Newton Fund activity. |
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EOI: 11th August Full stage 19th September To maintain the UK's leading position in Nuclear Magnetic Resonance (NMR) for research and development, ca. £20m capital is being made available to procure ultra-high field NMR systems (≥0.95 GHz) and upgrade existing very-high field NMR instruments (≥800 MHz) to support the UK's fundamental and applied research across a range of disciplines within life and physical sciences. The aim of the investment is to establish a national network of NMR provision at a range of very-high and ultra-high fields and configurations. By creating a networked national infrastructure open to researchers from both academia and industry, the highly-specialised equipment can be managed to maximise usage and outputs, and new collaborations can be enabled and supported. This investment will help to maintain UK leadership across a wide range of research in the fields of chemistry, biology and materials science. |