Hidden ‘fossil’ galaxy is missing link in Milky Way formation
Much of the Milky Way was formed 10 billion years ago by a massive collision with a relatively small galaxy dubbed Heracles, according to scientists in the UK.
Much of the Milky Way was formed 10 billion years ago by a massive collision with a relatively small galaxy dubbed Heracles, according to scientists in the UK.
Colleagues come together to discuss race and equality for a timely online conversation.
Academics at Leeds Beckett and Liverpool John Moores Universities are using sound - and the short stories of Merseyside writer, Malcolm Lowry (1909-1957) - to bring to life the magnitude of plastic pollution in our seas.
Research which highlights changes to the human body during lockdown and other sedentary situations is having a huge impact among scientists worldwide.
At a time when COVID 19 has made people fearful, isolated or alone, Jeff Youngs new book, Ghost Town, offers not only a fascinating read but also a reflection on all those things that are important to us, our families, friends and communities. Its a deeply felt and beautifully written journey through Jeffs Liverpool childhood, the adult writer stalking Liverpool alone or with friends, searching for a past lost, regained, remembered so viscerally that the reader feels intimately connected to the child Jeff longing to leave the hospital where hes had his tonsils removed or to the older man out walking with writer friend, Horatio Clare, in search of de Quincey in Everton.
Around 250 graduating artists and designers are reaping the rewards of a huge technological effort to exhibit all final year work on digital platforms as LJMU adapts to the new normal.
Liverpool Screen School lecturer Peter Woodbridge has been named among the most pioneering figures in the British digital and tech industry.
A thoroughly brilliant profile of Liverpool FCs Trent Alexander-Arnold by an LJMU student looks at the young hero's life in a fresh manner, at once intimate and personal.
The flow of gas in the Universe by which stars and planets are formed is a process controlled by a cascade of matter that begins on galactic scales.
The scheme has supported more than 100 high-class doctoral students in becoming part of our vibrant research community, which is delivering world-leading and internationally-excellent research across the institution.