EU-funded researchers have devised a robust and ultra-fast method of generating random numbers that promises to revolutionise the speed and efficiency of computer simulations in applications ranging from particle physics to radiotherapy.
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Researchers from Germany and the United Kingdom have been recognised for cutting-edge innovations that could help make fusion power a commercial reality - a highly stress-resistant metal and robots with mini yet mighty laser heads.
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Defending the public against the malicious use of CBRN materials is a vital responsibility for European authorities, but it also represents a significant opportunity for European companies. An EU-funded project is working to promote a more efficient, sustainable and globally competitive European CBRN industry.
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Chemical, biological, radiological and nuclear (CBRN) materials are hazardous and represent an important potential risk to human beings. An EU-funded project is developing a 'field toolbox' for emergency services and medical personnel to aid victims of CBRN exposure.
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EU-funded researchers have been recognised for their ground-breaking work on recovering and reusing waste material in nuclear fusion reactors. They developed and demonstrated new membrane technologies capable of decontaminating waste and extracting valuable tritium for re-use.
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Nuclear fusion could, potentially, solve our energy problems once and for all, but we're not quite there yet. However, we are already reaping benefits from the research. Technology development for ITER, for example, generates new know-how with possible applications in industry. It has inspired world-leading innovation for a type of analytical instrumentation.