Senate House Library (SHL)’s key strategic ambition is to be recognised as a national research library for arts and humanities scholars. This ambition is underpinned by SHL’s modern research collection of over 2 million books supporting fourteen subject areas across the arts and humanities, including social sciences, which are specified; 50 named special collections of printed books; and 1,800 deposited archival and manuscripts collections, as well as artworks, and is a research hub of national...

   Genes & Health is a long-term resource for population genomic medicine research in British South Asians, delivering high quality basic science, translational, clinical and population health research. Areas of health importance identified by the local East London community are prioritised, including type 2 diabetes, cardiovascular disease and mental health.    

   Genes & Health is designed to generate new knowledge related to the health and disease of a population at high need, and to...

JIVE serves a huge community providing interferometric data studying some of the fundamental questions in astronomy and astrophysics along with geophysics. It is based in Dwingeloo in the Netherlands and operated as an EU ERIC, of which the UK is a full member. It primarily consists of computing hardware and software to enable the correlation of data from a global array of radio telescopes. In the UK, access is mainly via the e-MERLIN radio telescope network, based at the University of...

The five museums of the Science Museum Group are a key national resource. The organisation is a non-departmental public body, established under the National Heritage Act 1983. The Science Museum Group collection consists of 425,000 objects and an estimated 7m library, archive and photographic items. The collection covers the fields of science, technology, engineering, medicine, transport, and media. In 2016 we commenced One Collection, a project to improve access to around 80% of the object...

EPMA is a non-destructive technique yielding high-precision elemental composition data of materials at micro- and nanometre scales. This union of analytical precision and spatial resolution makes EPMA unique among microanalytical techniques. Its data contributes to a variety of disciplines critical to the UK research and industrial infrastructure. These include fields as diverse as photonics, earth science resources, nuclear engineering, and high strength, high-temperature materials development...