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Science highlights

A diverse mix of research takes place at our facility, generating impact on a local, national and global scale. Find out more by reading some of the highlights below.

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21 November 2024

‘First of its kind’ creation by Coventry University academic to help space vessels travel longer distances

Dr Ashwath Pazhani, along with an international team of researchers, has created a new material for storing the liquid hydrogen used to propel rockets into space. Their novel composite is lighter than the current material used for liquid hydrogen storage tanks.

The detector testing setup in the MuSR beamline

20 November 2024

Super MuSR detector testing successful

20 November 2024

Detector build starts for HRPD-X

Molecular modelling to study how the membranes swell in water.

20 November 2024

Nano-scale changes in structure can help optimise ion exchange membranes for use in devices such as flow batteries

Mapping the crystal structure of RuP3SiO11 (RPSO) to the Kitaev model on a honeycomb network.

15 November 2024

New route to quantum spin liquid materials discovered for first time

Wavelength-resolved neutron imaging maps operando state-of-charge in commercial batteries.

08 November 2024

Imaging a commercial battery cell during operation

ISIS instrument scientist James Lord and researcher Rui Vilão working on EMU

06 November 2024

Understanding material defects could lead to a bright future for solar panels

23 October 2024

Unexpected phenomenon seen in conventional superconducting material

A commonly used explosive surrogate, melanine, using neutron transmission (NT) and neutron Compton scattering (NCS).

15 October 2024

Neutron scattering for safer seas

Alex Rodzinka examining one of the swords on INES.

08 October 2024

Confiscated Iron Age Iranian swords proven to be pastiches with advanced scanning technique

Using neutron polarisation analysis (NPA), they studied the model protein streptavidin in a deuterated buffer.

04 October 2024

Challenging assumptions about coherent scattering

$a) SANS curves and respective fittings for CHIPEC and CHIPEC@UiO-66-NH2 samples. (b) Schematic representation of the observed mass fractal organization of aggregates. (c) Schematic drawing of the photooxidation and adsorption mechanism of AsIII and AsV by the CHIPEC@UiO66-NH2 composite membrane.$

26 September 2024

A low-cost and sustainable way of removing arsenic from water using solar energy