Swift satellite gets ringing endorsement from NASA

Posted by er134 at May 27, 2014 10:42 AM |
University of Leicester and the Mullard Space Science Laboratory of University College London are key partners

Issued by University of Leicester Press Office on 27 May 2014

A high resolution image of the Swift satellite is available at: http://swift.sonoma.edu/resources/multimedia/images/

An astronomical satellite, of which the University of Leicester and the Mullard Space Science Laboratory of University College London are key partners, has received a ringing endorsement from NASA.

Every two years NASA reviews the scientific performance of its astronomical satellites in order to decide whether they should continue in operation and what their funding level should be. This month NASA has released its most recent report which ranks Swift top out of the nine satellites - even though almost all of the others were launched more recently than Swift.

The Swift satellite discovers and measures gamma-ray bursts, the most powerful explosions in the universe. When a very massive star dies, and when two neutron stars collide, it is likely that a new black hole is formed. It is this process which makes the gamma-ray bursts. Because they are so powerful, the bursts can be seen from the most distant parts of the universe, enabling astronomers to study how galaxies in the early universe are different from those around us now.

The Swift satellite includes an X-ray camera provided by the University of Leicester and a UV-optical telescope substantially provided by the Mullard Space Science Laboratory of University College, London. These instruments have been providing vital measurements of the afterglows of the gamma-ray bursts successfully since Swift was launched in November 2004.

The May 2014 NASA Senior Review said: “Swift is the premier facility for multi-wavelength time domain astronomy in the world”, and “Swift continues to provide unique and exciting science both as stand-alone results and as part of multi-wavelength campaigns”. The review commended Swift’s broad and responsive scientific programme, working together with other world-leading observatories, aiming to find the origin of short gamma-ray bursts, to explore the universe when it was less than 5% of its current age, performing surveys of supernova explosions to study the expansion of the universe, and making unique searches for rare types of cosmic explosions.

As a result of the 2014 Senior Review Swift will continue to collect new observations of the universe for at least the next two years, and probably the two years after that too. In the UK Swift work at the University of Leicester and at MSSL was recently awarded funding for a further two years by the UK Space Agency, allowing UK scientists to work on the exciting results that Swift provides.

Professor Julian Osborne, leader of the University of Leicester Swift team, said: “This is a ringing endorsement of the work we have been doing, and a great tribute to the international Swift team. To be ranked first after more than nine years in orbit is a remarkable result. It shows the very high scientific value of searching the sky for new X-ray sources.”

Ends


Notes to editors:

Contact details:

Prof Julian Osborne
opj@leciester.ac.uk


Additional Details:

The Swift project is managed by the NASA Goddard Space Flight Center; the satellite is operated by the Pennsylvania State University in collaboration with the Los Alamos National Laboratory in New Mexico and Orbital Sciences Corp. in the USA. The United Kingdom and Italy are Swift project collaborators, the mission also includes contributions from Germany and Japan. UK involvement in Swift is funded by the UK Space Agency, which supports the University of Leicester XRT calibration and UK Swift Science Data Centre (http://www.swift.ac.uk), and the Mullard Space Science Laboratory contributions to the Swift UV/Optical Telescope.

A high resolution image of the US/UK/Italian Swift satellite is available at: http://swift.sonoma.edu/resources/multimedia/images/

Graphic caption: The US/UK/Italian Swift satellite, launched in 2004, has discovered thousands of new X-ray sources. (Credit: NASA)

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