Study seeks volunteers to help understand hot flushes of menopause
Three groups of women needed to solve mystery of hot flushes
Search the LJMU website
-
-
LJMU announced as Principal Sponsor of LightNight
LJMU is this year’s Principal Sponsor of LightNight, Liverpool’s one-night arts and culture festival, which last year attracted over 50,000 visitors.
-
Free to Write
Exploring the relationship between the written word and prison
-
Lecturer’s new book examines security at sports mega-events amid the pandemic
International Relations and Politics with Sociology Lecturer, Dr Jan Ludvigsen, shared insights from his book this week with the LJMU community ahead of its release on Friday 8 April.
-
School of Sport and Exercise Sciences celebrates long standing partnership with Everton
Staff and students past and present gathered at Goodison Park as Everton's Academy Sport Science department hosted an event to celebrate an internship programme run in partnership with The Football Exchange, part of the School of Sport and Exercise Sciences at Liverpool John Moores University.
-
The Mind Map: former LJMU student launches innovative mental health services platform
After struggling with his own mental health issues, LJMU graduate Philip Bridges was determined to help others access free support that works
-
LJMU undertake unique study which will inform early years education
Scientists at LJMU are to undertake a pioneering study on children's early number skills which will inform the way young children learn. Read the news story.
-
The Angola 3 and the struggle for justice
Liverpool John Moores University welcomed two of the Angola 3, Robert King and Albert Woodfox, on Thursday 3rd November as part of their European Freedom Tour.
-
LJMU wins RIBA North West Award
Student Life Building and Sports Building at Copperas Hill scoop national design prize
-
Researching the kingfisher’s iconic hydrodynamic design
Renowned for their noiseless dive, the kingfisher’s iconic beak-shape has inspired the design of high speed bullet trains. Now scientists have tested beak-shape among some of the birds’ 114 species found world-wide, to assess which shape is the most hydrodynamic.