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Some people are in great shape at the age of 90, while others feel unfit before they are 50. How fast people age is not really linked to how old they actually are — and has a lot to do with their lifestyle. A new study led by Prof. Francesco Ferraro, Advanced grantee of the European Research Council (ERC), reveals that the same is true of star clusters. This groundbreaking discovery was made with the NASA/ESA Hubble Space Telescope and is featured this week in the renowned scientific journal Nature.
Fifty years after the formulation of a conjecture related to arc spaces of surface singularities by Nobel Prize winner John Nash, the team led by Doctor Javier Fernández de Bobadilla has proved him right. Other topics on Singularity Theory, Algebraic Geometry and Homological Algebra are also studied.
December 10 has become a landmark for all human rights’ defenders. It is the day when the international community celebrates UN Human Rights Day to mark the adoption of the Universal Declaration of Human Rights in 1948. A research project led by ERC grantee Professor Lauri Mälksoo, based at the University of Tartu (Estonia), illustrates the significance of human rights in today’s global context by looking at precisely how countries like Russia, understand and practice international law.
The relationship between air temperature and the amount of carbon dioxide in the atmosphere (pCO2) is a ‘hot’ topic for scientists – as it can help them understand both past and future climate change. Much of the evidence for past climate change is found in the geological record, where varying temperatures and pCO2 may be derived from a variety of isotopic and chemical signals recorded in fossils of past organisms. But how good are these records? Do they faithfully reflect past climates? Can scientists rely on empirical measurements without understanding the biological mechanisms that underpin them? This research will be highlighted during a session of the American Geophysical Union Fall Meeting on Tuesday 4th December.
The European Research Council (ERC) that funds junior and senior world-class researchers based in Europe, is keen on promoting fundamental research in all areas, including Earth Sciences. Around 150 projects are currently being funded by the ERC in this field, with a total budget of € 270 million. Whereas some projects clearly fall into the ERC “Universe Sciences” or “Earth system Sciences” panels, others have an interdisciplinary nature, for instance projects looking at the impact of natural hazards on populations and environment.
“These two research studies demonstrate the benefits of basic genomic research on agricultural animals and their closest living relatives. The new analysis has important implications for agriculture, and also contributes to our understanding of evolution and to the advancement of human medicine”, explains ERC grantee Prof. Groenen from the University of Wageningen, The Netherlands.
The European Research Council (ERC) funds frontier research across all fields, including Social Sciences and Humanities (SH). To date, nearly 500 projects are financed by the ERC in the SH domain, with a total budget of around €700 million. The ERC budget is divided in three domains, namely Physical Sciences and Engineering, Life Sciences and Social Sciences and Humanities. Around 17 % of the ERC budget goes to projects in the domain of Social Sciences and Humanities.
During United Nations Disarmament Week (22-28 October 2012), the danger of the arms race and the need for its cessation will be discussed. The project led by Professor Christoph Meyer, an ERC grantee based at King's College in London (UK) is particularly relevant. He recently presented the final results on his ERC-funded project on forecasts for the prevention of armed conflicts.
Almost 200 research projects are supported for a granted budget over €250 million. About 15% of ERC-funded projects in life sciences have a neuroscience component. These projects aim at: advancing our knowledge of the nervous system in health and disease conditions; contributing to the development of new cellular, molecular, genetic and animal models and tools to investigate the activity of the nervous system in normal and pathological situations; and testing new concepts, ideas and techniques before transferring them to patients.
The ability to fine-tune the functioning of blood vessels and the circulatory system is essential for combating the remodelling of the arteries that leads to heart attacks and strokes. It is also needed for the controlled repair of blood vessels after injury – which may otherwise result in a number of serious conditions. ERC grantee Professor Stefanie Dimmeler and her team at Frankfurt University are studying the role ribonucleic acid (RNA) plays in fine-tuning vascular functions – with the aim of developing new therapies for cardiovascular diseases, which are the most prevalent in Europe, due to growing obesity and longer lifespans.