-
highlight
Photoemission spectroscopy shows that a protective layer keeps the electronic structure intact
-
highlight
Studies on I04 show tuberculosis bacteria halt their growth with self-toxins that could inspire novel therapeutics
-
highlight
How advanced X-ray techniques reveal the mechanical factors that shape dendrite growth
-
highlight
.png)
High resolution synchrotron IR studies improve our insight on how a chemotherapy drug works
-
highlight
Predictive modelling and synchrotron studies aid the development of novel porous molecule
-
highlight
Diamond study uncovers slow relaxation processes in chiral magnets, a discovery that challenges the conventional understanding of magnetic dynamics.
-
highlight
A focus on B07C research that could lead to harnessing the power of water to produce clean, renewable hydrogen energy
-
highlight
The world’s first hydrogel technology for the storage and distribution of crucial medicines and other biopharmaceuticals without the need for refrigeration or chemical additives.
-
highlight
Unraveling the rolling dynamics of skyrmion crystallites
-
highlight
High-resolution resonant inelastic X-ray scattering uncovers the role that oxygen plays in voltage fade in next-gen battery materials
-
highlight
Shining a light on the impact of structural deformation in next generation halide perovskite devices
-
highlight
An old crystallography technique gains renewed appreciation
-
highlight
Soft X-ray phase XMCD offers a new way to explore nanoscale magnetic textures
-
highlight
With two endstations and a range of sample environments, B07-B is a versatile beamline offering XPS and NEXAFS over an extended pressure range.
-
highlight
A combination of cryoSIM and cryoSXT offers a new perspective on viral assembly
-
highlight
A focus on developing lead-free, high temperature piezoelectric materials
-
highlight
Observing the gut’s most abundant viruses for the first time using eBIC
-
highlight
Transmission electron microscopy studies demonstrate successful indium selenide nanoribbon synthesis and polymorphism control
-
highlight
The I21 beamline has contributed significantly to the understanding of high-temperature superconductors.
-
highlight
.png)
The innovative design of Diamond’s Dual Imaging and Diffraction (DIAD) beamline provides valuable opportunities for biomedical materials science
