Ian Roulstone and John Norbury (Oxford) have an article in the July issue of “Barometer”. Barometer is a magazine published and circulated by the Met Office and distributed free to decision-makers in government, science and commerce, for whom weather and climate information has an impact. The article presents a summary from their book of how […]
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Sergey Zelik visited the Istanbul Center for Mathematical Sciences for a few weeks in July and August. The center is associated with Bogazici University in Turkey. While there he gave a talk on Friday 2nd August on “Green functions and sharp point-wise interpolation inequalities”. An abstract of the talk follows: a general method of finding […]
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Sergey Zelik visited the Istanbul Center for Mathematical Sciences for a few weeks in July and August. The center is associated with Bogazici University in Turkey. While there he gave a talk on Friday 2nd August on “Green functions and sharp point-wise interpolation inequalities”. An abstract of the talk follows: a general method of finding […]
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The article “How math helped forecast Hurricane Sandy – the mathematics of predicting a hurricane’s path“, authored by John Norbury (Oxford) and Ian Roulstone, has been published this month in Scientific American. Many early forecasts for Hurricane Sandy last year predicted that the system would fizzle over the Atlantic. Yet a model developed by researchers […]
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Ian Roulstone, in collaboration with John Norbury (Oxford), has an article on the Huffington Post Blog on 19 July, giving the mathematics behind the heat wave. A heat wave in the UK is usually measured by temperatures reaching in excess of 30 degrees Celsius for more than a week. The current heat wave – the […]
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The paper of Philip Aston and Neil Bristow on “Alternating period doubling cascades” has been accepted for publication in Nonlinearity. In the paper, they consider period-doubling cascades in two-dimensional iterated maps in which forward and backward period-doubling bifurcations alternate to form an alternating period-doubling cascade. By tracking the eigenvalues of a typical map through such […]
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