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1. James Joyce's "Chamber Music"

   Video performances, plus commentaries, lyrics, notes and musical notation, for performances 9-12 from Dr Gerry Smyth's musical adaptation of James Joyce's 'Chamber Music'.

2. Paul Nolan OBE

   Paul is an honorary fellow of LJMU, an award bestowed for his outstanding work protecting and enhancing the natural environment across the Liverpool City Region and beyond. He has worked closely with us to develop our Outdoor Learning Area and to realise our Natural Curriculum.

3. Canvas files | Staff guide | Edtech

   Learn about your Canvas course file space.

4. James Joyce's "Chamber Music" 

   Background and Description for James Joyce's 'Chamber Music', Dr Gerry Smyth's online learning resource based on Joyce's 36-lyric song sequence.

5. Childcare

   Find out what childcare options are available during the ECBB conference in Liverpool.

6. Archaeology: Exploring the human past

   Explore why Archaeology is an important area of focus for staff at the Research Centre in Evolutionary Anthropology and Palaeoecology.

7. Sport Psychology, Education and Coaching Research Group: Engagement and Impact

   We are always trying to make our research transferable to the intended population. Therefore, the Sport Psychology, Education and Coaching Research team are busy engaging in creating edited books, book chapters, blogs, podcasts, and online webinars.

8. Welcome to James Joyce's "Chamber Music"

   This is a free-access learning resource that is hosted by the School of Humanities and Social Science at Liverpool John Moores University, and is inspired by a new version of Chamber Music, a book of poems published by Joyce in 1907. These pages provide video commentary on both the poetic and musical aspects of Chamber Music, as well as video performances of all thirty-six of the newly composed versions.

9. About Diversity and Inclusion at LJMU

   Find out more about Diversity and Inclusion in LJMU.

10. Wave propagation in lattices and microstructures

    Wave propagation in lattices and microstructures is one of MEMARC's key research specialisms. Researchers working in this area concentrate on invisibility, focusing and shielding.