SCILIGHT
Brain-like computing systems show neural functions in a single chip
Artificial intelligence takes a step forward in reconfigurable, 2D ferroelectric devices.
Harvesting wind energy to power microelectronic sensors
Aeroelastic system employs two degrees of freedom to draw power at both high and low wind speeds.
Glass transition temperature offers insights into the thermodynamics of bacterial growth
A model typically applied to non-living materials could improve our understanding of organisms.
Salt fingers in a constricted channel
Constriction of a channel dominates fluid flow and the salt finger, double-diffusive instability.
Pendant droplets throw light a curve
Changing the shape of uncured ultraviolet resin droplets allows simple generation and control of non-diffracting, self-accelerating beams.
Introducing a suitable spatial geometry that could lead to stable time-modulated materials
Composites with suitable space-time microstructures may unlock stable extreme wave phenomena.
Doped titanium disulfide demonstrates increased adsorption, diffusion
Density Functional Theory models point to potential for new anode material in next-generation batteries.
The origin of the ocean’s aerosols
Framework explains how bubble bursting creates ocean fine spray, which plays an important role in cloud formation.
Deep-sea temperature measurements reveal ocean turbulence patterns
Ultra-precise measurements collected in the Mediterranean show the interplay of convection and shear-induced turbulence in the deep sea.
Building metal-organic framework thin films for advanced optic, electronic applications
Thin films made from metal-organic frameworks offer unique properties and useful characteristics with low-cost layer-by-layer fabrication.