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Researchers have used an X-ray technique to quantify the amount of lithium in different regions of a battery anode during charging and discharging.
For the first time, researchers have directly imaged ‘edge conduction’ in monolayer tungsten ditelluride, a 2D topological insulator.
Using super-resolution microscopy to observe the motion of individual polymer chains has revealed the true complexity of polymer dynamics.
Scientists have probed the complex interactions between quantum particles such as excitons and polarons in halide organic-inorganic perovskites.
Scientists have shown they can predict the failure of granular materials such as gravel by monitoring naturally arising acoustic vibrations.
A novel x-ray technique can image antiphase magnetic domains in antiferromagnets, which could advance their use in spintronics applications.
Atomic force microscopy has revealed the role of atomically thin layers of water in an energy storage material called crystalline tungsten oxide dihydrate.
A new technique can pinpoint the location of chemical reactions happening inside lithium-ion battery electrodes in three dimensions at the nanoscale level.
Scientists have used spiraling X-rays to observe, for the first time, chirality, or handedness, in swirling electric patterns in a layered material.
High-quality phosphorene nanoribbons for high-speed electronics
Measuring approach that characterizes materials at much smaller scales
Scientists have not only visualized the nanoscale structures of borophene lattices, but also built theoretical models of their crystalline forms.
‘Deep learning’ agents can accurately determine a 2D material's physical characteristics, such as strength, from minimal data on its structure.
Researchers have synthesized tiny, individual, flexible phosphorene nanoribbons from crystals of black phosphorous and lithium ions.
Scientists have developed a model for predicting the shape of metal ‘islands’ sandwiched between or below 2D materials such as graphene.
Scientists used advanced microscopy to monitor atoms as they rearrange in real-time during the synthesis of intermetallic nanoparticles.
Researchers have found that phase-switching liquids can delay ice and frost formation up to 300 times longer than state-of-the-art anti-ice coatings.
By exciting ‘frustrated’ crystalline materials with laser light, a team of researchers has managed to transform them into a stable ‘supercrystal’.
Interview with Dr David Simpson from the University of Melbourne about diamond quantum probes.
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