Mystery over unusual topological magnets explained
The low temperature electronic and magnetic behaviour of materials hosting a topological magnetic state known as a soliton has been explained by Durham scientists, with the help of muon-spin spectroscopy experiments made at the ISIS Neutron and Muon Source.
Muons found to be faithful probes of exotic superconductors
Researchers in the Centre for Materials Physics have demonstrated that spontaneous magnetic fields, detected by implanting sub-atomic muons in superconducting materials, are likely to be intrinsic to an exotic, time-reversal symmetry broken, superconducting state.
Prof Tom Lancaster co-writes new textbook, 'Muon Spectroscopy: An Introduction', published by Oxford University Press
Durham Physics Department's Prof Tom Lancaster is one of the authors of a new textbook on Muon Spectroscopy, which has just been published by Oxford University Press.
(10 Nov 2021) » More about Prof Tom Lancaster co-writes new textbook on Muons
The Skyrmion Project
The Skyrmion Project is a world-leading experimental collaboration between scientists at Durham, Warwick, Cambridge, Southampton and Oxford Universities, undertaking internationally competitive research.
(4 Aug 2020) » More about The Skyrmion Project
Latest insights into developments in the thermally-activated delayed fluorescence field by researchers in OEM
In this review paper Paloma Lays dos Santos, Marc Etherington and Andy Monkman describe how thermally-activated delayed fluorescence can be tuned and controlled by chemical and conformational means; paving the way to new design principles.
(26 Apr 2018) » More about New review paper by OEM group
Kinetic Transition Networks for the Thomson Problem and Smale’s Seventh Problem
Steve Smale, a renowned Fields medalist, listed 18 problems in mathematics and computer science for the 21st century. The 7th problem in Smale's list is how to choose configurations as close as possible to the lowest energy state for particles with equal charges that are confined to the surface of a sphere.
Elasticity Dominated Surface Segregation of Small Molecules in Polymer Mixtures
This paper springs from the Durham-Procter and Gamble research partnership, and is a good illustration of how industrial collaborations can frequently lead to fundamental new science.
Active Viscoelastic Matter: From Bacterial Drag Reduction to Turbulent Solids
There has been much recent interest in so called 'active matter', i.e., materials that are capable of powering themselves through a fluid using an internal fuel supply. Examples include shoals of fish, suspensions of swarming bacteria, or cell extracts that comprise of groups of molecular motors and long filaments.
(18 Jan 2016) » More about Active Matter
Another dimension: designing magnets to explore fundamental physics
A collaboration of scientists from the UK, Germany and the US have revealed the possibility of manipulating the number of dimensions of a material, in research published this week in Physical Review Letters. The work shows how it is possible to design magnetic materials which act as if they are made from two dimensional planes, one-dimensional chains or even zero-dimensional points. By making magnetic materials out of molecular building blocks - effectively nanoscale LEGO - the researchers have shown that it is possible to tune the number of dimensions of a system and that this strongly affects the properties of the materials.
(30 Apr 2014) » More about Designer Magnets