Our research here at Nottingham Trent University (NTU) is world-class, and now in recognition of that we've been awarded the highest national honour for a UK university – a Queen's Anniversary Prize for Higher and Further Education.
The scheme recognises and promotes world-class excellence and achievement in universities and colleges in the UK. We were awarded our prize after The Awards Council of the Royal Anniversary Trust made a final recommendation to the Prime Minister for advice to the Queen.
Three pioneering projects earned us this prestigious award:
We are delighted to receive this award in recognition of the quality of research and the impact on society that would make any university in the world proud.
Professor Edward Peck, Nottingham Trent University Vice-Chancellor
The threat to airline passengers from global terrorism has arguably never been greater, but pioneering work at NTU is substantially improving safety and security for travellers all over the world.
Professor Paul Evans and his team have developed the world's most advanced 3D X-ray scanning systems, increasing the detection of concealed weapons and explosives, and making flying safer for us all.
Using a single X-ray source to produce divergent beams capable of capturing different views of an object under inspection provides crucial details of an object's shape and depth.
With a standard X-ray, there's no way to tell where the front, the middle or the back is. Professor Evans' work focused on turning that X-ray into a 3D image. Divergent beams can take multiple views of an object to give a much clearer idea of what it is. The research also involved developing special sensors that can produce basic colour images. Combining colour with 3D means that security officials can more easily recognise the substance and the shape of items inside a scanned bag.
The project is ongoing, with the aim of making the equipment smaller and more cost effective, but the divergent beam technology is now the default standard in the industry. The technology has been implemented in some 4,500 screening systems worldwide.
Professor Evans and his team are now working on the next exciting stage of the project, to develop molecular signature techniques for high-speed identification of specific materials.
Our goal is to keep the passenger experience as easy as possible and make sure that throughput at security is smooth with no long queues, but to ensure that the technology still has maximum sensitivity. And crucially, that false alarms are reduced.
Professor Paul Evans
Every parent worries about their infant becoming seriously ill, but now they can rest just a little easier. Led by Professor Stephen Forsythe, our team of Food Microbiology researchers have helped to lower the risk of contracting meningitis through bacteria in powdered milk formula.
Thanks to Stephen and his team, methods for detecting the bacteria responsible, Cronobacter spp, have been improved, and the risk for babies is now understood much better – resulting in safer production of infant formula.
They've also changed industry standards for baby milk, leading to new laws across the globe.
It's reasonable to assume that we're eating what it says on the label, but this is not always the case.
Professor Ellen Billet and her team have been carrying out pioneering work developing tests to identify food fraud – specifically through detecting undeclared offal and added blood in meat products.
This important work has been at the forefront of assisting the government to reduce food fraud. As a result, the government has recognised NTU as a Centre of Expertise for food authenticity testing.
As well as testing food samples, Professor Billett's team are providing technical advice and guidance to industry on how to identify proteins that indicate food fraud.
The prevention of food adulteration is extremely important to consumers and the industry for economic, health, food safety and cultural reasons.
Professor Ellen Billett