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Iron plays several essential roles in bacteria, making it a crucial element for their survival and function.
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Enhancing the promise of additive manufacturing of polymers through controlled crystallisation
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High-resolution scanning transmission electron microscopy confirms a new, mild approach to metal nanoparticle synthesis
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Ferroelectric materials exhibit a unique property called spontaneous polarisation. Their built-in electric dipole moment can be switched between ...
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A new protein construct helps scientists study drugs that break down protein targets.
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I06 beamline used to detect and explore altermagnets and their use in spintronics
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Hydrogen has the potential to aid our transition to low-carbon economies. However, most of the hydrogen produced at the moment comes from methane
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New AnACor software facilitates high quality absorption corrections for long wavelength X-ray diffraction
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Materials exhibiting circular dichroism absorb light differently depending on whether the light has left or right circular polarisation.
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Bacteria resistant to existing antibiotics cause approximately one million deaths each year — a toll expected to soar ten times higher by 2050
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The accumulation of plastic waste in the environment is an ecological disaster and will require multiple solutions to tackle the problem.
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Chloroplasts are specialised organelles found in plant cells and some algae. Photosynthesis, the process by which light energy is converted into ...
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Batteries are a critical technology for the transition to a sustainable energy economy. Rechargeable lithium ion (Li ion) batteries power
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Photoemission spectroscopy shows that a protective layer keeps the electronic structure intact
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Studies on I04 show tuberculosis bacteria halt their growth with self-toxins that could inspire novel therapeutics
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How advanced X-ray techniques reveal the mechanical factors that shape dendrite growth
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High resolution synchrotron IR studies improve our insight on how a chemotherapy drug works
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Predictive modelling and synchrotron studies aid the development of novel porous molecule
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Diamond study uncovers slow relaxation processes in chiral magnets, a discovery that challenges the conventional understanding of magnetic dynamics.
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A focus on B07C research that could lead to harnessing the power of water to produce clean, renewable hydrogen energy
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