Professor Tim Leighton from the University of Southampton has been awarded a Fellowship of the Royal Society, the UK’s national academy of science, it is announced today.
Each year, the Royal Society awards up to 44 Fellowships to the best scientists in recognition of their scientific achievements and is one of the highest accolades a scientist can achieve.
Tim, who is Professor of Ultrasonics and Underwater Acoustics at the University’s Institute of Sound and Vibration Research (ISVR) and Associate Dean (Research) in Engineering and the Environment, said: “I am humbled to receive an honour that counts so many great and heroic scientists amongst its membership, past and present.”
Professor Judith Petts, Pro-Vice-Chancellor for Research and Enterprise, adds: “I would like to offer many congratulations to Tim. The award of such a prestigious Fellowship is a tremendous achievement and recognises the outstanding quality of Tim’s world-leading acoustic research.”
Professor Leighton’s ground-breaking research is concerned with the way sound travels through liquids in a number of different fields including underwater acoustics, acoustics in space, animal bioacoustics, medical ultrasonics and industrial acoustics.
Professor Leighton’s research has improved the Ministry of Defence’s ability to predict sonar performance in coastal waters, he developed a technique for the detection of gas leaks from undersea pipelines, he invented sensors for the $1.4 billion dollar Spallation Neutron Source at Oak Ridge National Laboratory in the USA and has developed a radar system for the detection of buried catastrophe victims, covert ‘bugging’ devices and hidden explosives such as roadside bombs.
Several hundred patients have now benefitted from use of a kidney stone sensor, which he (as Principal Investigator) developed in collaboration with Guys and St Thomas’ Health Trust and Precision Acoustics Ltd. His research on conical bubble collapse led to the development of needle-free injection systems and in 2011, he shared the Royal Society Brian Mercer Award for Innovation with his colleague Dr Peter Birkin of Chemistry for ultrasonic cleaning technology, which is now licensed to several users and manufacturers in the UK and abroad.
In other work, he co-authored the guidelines under which foetal ultrasonic scans are done (currently around two billion children since the guidelines were published), his discoveries on whale song are part of the standard repartee of whale tour guides in the USA and his work on extra-terrestrial sound led to a device which simulates the sounds of other worlds.