The data is also facilitating strong collaborations with institutions globally and in Africa and training a generation of excellent students who are making vital contributions to the science productivity of the observatory. Many of the recipients of this programme are now emerging researchers and lead authors on MeerKAT publications.Īt The University of Manchester, research teams led by Professor Stappers and contributions from members of other research teams such as Professors Scaife, Grainge, Breton, O’Brien and Drs, Keith, Weltevrede, Wolz, Bull, and Williams. More than 1,000 scholarships have been awarded to science and engineering students in South Africa and the broader African continent, to prepare the next generation of scientists for MeerKAT and the Square Kilometre Array (SKA). It has also played an essential role in stress-testing the technology for the Square Kilometre Array (SKA), the super sensitive international radio telescope that is currently under construction. For cosmological studies it has been used to measure the density of neutral hydrogen at billions of light years distance, employing a relatively novel technique known as intensity mappingĪs well as the extensive scientific output, MeerKAT has supported an intensive programme of human capital development in Africa and helped train the next generation of radio astronomers. The million pulses detected from a thousand pulsars are revealing significant new detail on the way in which these extreme objects shine. MeerKAT has discovered one of the slowest radio emitting neutron stars known, revealed a huge population of pulsars in globular clusters, and found many interesting fast radio bursts. Among many breakthrough observations, the MeerKAT images of the Galactic Centre region revealed for the first time the amazing large-scale radio bubbles and the evidence of a common origin for these bubbles. The University of Manchester is a leading contributor to the success of the MeerKAT project.Īfter more than a decade of development and four years of operations, the MeerKAT team have, in a short time, achieved remarkable advances in radio astronomy. The recipients of the award include institutions from South Africa, the UK, the Netherlands, Italy, the USA, France, Australia and Germany. MeerKAT is a radio telescope consisting of 64 antennas in the Northern Cape region of South Africa. In addition, the MeerKAT team have supported the development of science and technology in Africa and stress-tested technology for the Square Kilometre Array. The MeerKAT team is awarded the Group Award of the Royal Astronomical Society for a series of spectacular observations in radio astronomy, the highlight being the images of the Galactic Centre region and the spectacular radio bubbles.
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