Research
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We demonstrate the power of the SFX technique to describe the structure-function relationship in NQO1 for which there was no structural evidence describing the high conformational heterogeneity at the catalytic site
Read more: New structural insight into the conformational heterogeneity of NQO1 enzyme with XFELs
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Spintronic devices rely on the precise manipulation of local magnetization. We observe by electron microscopy the response of magnetic domains, walls and vortices of thin magnetite microstructures to external magnetic fields.
Read more: Motion of magnetic domain walls and vortices in epitaxial magnetite microstructures
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Bacterial cell-wall hydrolases must be tightly regulated during cell division. Insight into the molecular mechanism of this process is key to provide the structural basis for the rational design of novel antibiotics
Read more: Decoding the Molecular Basis of the Cell Division Final Step in Streptococcus pneumoniae
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Antiferromagnetic materials can beat conventional ferromagnets in spintronics due to insensitivity to perturbations, up to THz operation, etc. We have grown micron-sized crystalline NiCoO films and determined their spin axes.
Read more: Effect of Ni substitution on the antiferromagnetic domains of cobalt oxide
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This work that explores the chemistry-climate implications of adding chlorine to the atmosphere as a climate intervention technique.
Read more: Global atmospheric impacts of intentionally adding chlorine to the atmosphere
