Blog

A paper recently published in Physical Review B presents various emergent prethermal phases of matter in a periodically-driven frustrated system. Frustration arises in the presence of competing interactions leading to a (near) degeneracy of a vast number of states. The…

Nanoparticles made of cross-linked copolymers can be tuned during their synthesis to display a variety of binding sites on their surface. If carefully engineered, a binding sites can selectively adsorb one type of protein only. When this is the case,…

A paper recently published in Materials Advances presents a workflow and model for simulating Li intercalation in graphite anodes for modelling of battery materials. This is the first workflow that is able to simulate the intercalation and its properties (e.g.…

Water trapped between membranes or in tiny ‘nanoscale’ cavities is very common – it can be found in everything from membranes in our bodies to geological formations. But this nanoconfined water behaves very differently from the water we drink. Until…

Conjugated polymers are employed in a variety of application areas due to their bright fluorescence and strong biocompatibility. However, understanding the structure of amorphous conjugated polymers on the nanoscale is extremely challenging compared to their related crystalline phases. This work…

Designing molecular materials with very large exciton diffusion lengths would remove some of the intrinsic limitations of present-day organic optoelectronic devices. Yet, the nature of excitons in these materials is still not sufficiently well understood. Here, Samuele Giannini and Wei-Tao Peng from…

Capillary wave spectrum for a liquid slab in equilibrium with its vapour, obtained from the hybrid positivity-preserving scheme and a standard upwind scheme, compared with the theoretical prediction. The small inset shows one of the configurations of the system with the liquid slab at the center and two rough liquid-vapour interfaces.

Much of the interest in nanomaterials derives from their size-dependent structural and functional properties, including their behavior under pressure. To exploit the relationship between size and behavior under pressure, and thus tailor the properties of functional nanoparticles, a precise understanding…

Surface-enhanced spectroscopy leverages the extreme enhancement of molecular signals in carefully engineered metallic nanostructures. There is great potential of surface-enhanced infrared absorption, Raman scattering, and vibrational sum-frequency generation for biosensing, security scanning, THz detection, or even remote control of chemical…