Universities in the South are pioneering a brand new way to learn. Why go to lectures if your lectures can come to you?
A 14-year-old boy from Hampshire has earned a place on an Economics degree course at the University of Southampton.
The University of Southampton has received the single biggest donation in their history from an anonymous donor.
The University of Southampton has launched a free online course for people to learn, explore and investigate what is in our oceans.
The course is free and anyone in the world can access it to study.
The Massive Open Online Course (MOOC) is being lead by ocean explorers from the Ocean and Earth Science department from the university.
Two to three hours of studying a week will be needed to look at creatures that live on the seabed and the underwater environment they live in.
A series of recorded lectures, planned learning activities and multiple-choice tests will make up the course.
Dr Jon Copley, Senior Lecturer in Marine Ecology said, "Ocean science is as big as the oceans themselves. In this course, you will investigate an underwater realm that has been unknown for most of human history.
"By taking what you've learned and discussed it with other people who may be taking the course or your friends and family, you can join in a global debate about the future of our planet."
If you would like to register for the 'Exploring our Oceans" course, click here.
Sitting out in the sunlight and exposing your skin to it could help reduce your blood pressure, which in turn could help cut the risk of heart attack and stroke.
Research carried out by the University of Southampton showed sunlight altered levels of the small molecule nitric oxide in the skin and blood which reduced blood pressure.
The study consisted of 24 healthy people exposing their skin to UVA and UV rays from tanning lamps.
The results showed that UVA exposure dilates blood vessels, lowers blood pressure and alters nitric oxide in the circulation without changing vitamin D levels.
Cardiovascular disease, which is associated with high blood pressure, takes 30% of deaths globally each year.
Nursing academics from the University of Southampton have been asked to conduct a government-backed review of nurse staffing levels.
A previous study by the team found that hospitals with better staffing had measurably fewer patients deaths.
The review will be given to the Staffing Levels Advisory Committee that will make final recommendations on staffing levels in hospitals across the UK.
Southampton university research has found that introducing solid food to babies whilst breastfeed could reduce food allergies.
The research suggested that giving babies solid food beside breast feeding helps it develop a better, stronger immune system to fight food allergies.
Babies are largely intolerant of solid food before four to six months of age. This is because their gut is relatively immature.
The study included 1140 babies from Hampshire. 41 of these children went onto to develop a food allergy by the time they were two years of age. The diet of these infants was compared with the diet of 82 infants who did not develop food allergy by the time they were two.
– Dr Kate Grimshaw, dietitian and senior research fellow at University of Southampton
It appears the immune system becomes educated when there is an overlap of solids and breast milk because the milk promotes tolerogenic mechanisms against the solids.
Additionally, our findings suggest 17 weeks is a crucial time point, with solid food introduction before this time appearing to promote allergic disease whereas solid food introduction after that time point seems to promote tolerance.
The University of Southampton has turned on the most powerful university-based supercomputer in England, named Iridis4.
It will be used for research by University staff and students in engineering, archaeology, medicine and computer science.
Dr Oz Parchment, Director of Research Computing at the University said, "Southampton is a leader in High Performance Computing (HPC) and Iridis4 allows us to take another leap forward to keep pace with the needs of our world-class researchers."
In a deal worth £3.2 million, Southampton's new supercomputer is four times more powerful than its predecessor and has the skills to take control of some of the most demanding mathematical calculation, making one trillion calculation per second.
An archaeologist from the University of Southampton, who discovered remains of a prehistoric elephant in Kent, has discovered that early humans hunted and slaughtered the creatures.
Dr Francis Wenban-Smith, along with Oxford Archaeology, excavated the site where the remains were found.
As well as the remains, flint tools were also found.
Dr Weban-Smith said, "Although there is no direct evidence of how this particular animal met its end, the discovery of flint tools close to the carcass confirm butchery for its meat, probably for at least four individuals."
The pre-historic elephant was twice the size of today's African variety and up to four times the weight of a family car.
Francis continued, "Although it seemed incredible that they would have killed such an animal, it must have been possible with wooden spears."
Video. New research carried out in the South could help wipe out the winter vomiting bug norovirus, saving hundreds of lives. Scientists from the University of Southampton have discovered that copper kills the bug almost instantly.
Experts say if the surfaces we touch constantly like door handles, taps and stair rails are made with the metal, it would drastically reduce the spread of infections. Christine Alsford spoke to Professor Bill Keevil from the University of Southampton and a norovirus patient Serena Spencer-Jones.
Scientists from the University of Southampton have discovered that cooper and copper alloys rapidly destroy norovirus.
The study was designed to simulate fingertip touch contamination of surfaces and showed that the virus was rapidly destroyed on copper and its alloys.
The virus is highly infectious and can be contracted from contaminated food or water, person-to-person contact and contact with contaminated surfaces, meaning surfaces made from copper could effectively shut down one avenue of infection.
Lead author Sarah Warnes, from the Centre for Biological Sciences at the University of Southampton said, "The use of antimicrobial surfaces containing copper in clinical and community environments, such as cruise ships and care facilities, could help to reduce the spread of norovirus."
Scientists at the University of Southampton will be looking at 3D images of human tissues, magnified to one billionth of a metre, thanks to new imaging tools.
It is to help develop replacement stem cells for certain parts of the body. The project is being funded by the Medical Research Council.
Regenerative medicine aims to make tissues and organs repair damaged and diseased tissues and restore the body to its original health.
Professor Richard Oreffo, who is leading the Southampton study said, "Increased ageing populations pose new challenges and emphasise the need for new approaches.
"Regenerative medicine promises to deliver specifiable replacement tissues."