The combination of two irreversible processes is shown to lead to damage recovery and reversible restoration of particle shape.

The combination of two irreversible processes is shown to lead to damage recovery and reversible restoration of particle shape.
Reducing the size of drug particles enhances their uptake into cells leading to more effective tumor treatment.
Stem cell research can be a divisive topic. Dr. Suzanne Peterson discusses strategies to minimise the tumorigenic potential of stem cell therapies.
Researchers develop a highly versatile and adaptable artificial leaf for solar water-splitting in various natural environments.
A breakthrough in producing high quality conjugated polymer single crystals is demonstrated by physical vapor transport and topochemical-polymerization. Intra- and inter-chain charge transport can be measured separately in an individual conjugated polymer single crystal.
ETH researchers have developed a silicone heart that beats almost like a human heart.
The enhanced emission of Cu nanocrystals/MOF composites is selectively quenched by TNT.
Chemnitz scientists develop bio-based fiber-plastic-compounds for a future sustainable large-scale production.
The potential of polycentric governance for promoting both climate mitigation and adaptation is well established. Yet, dominant conceptualizations of polycentric governance pay scant attention to how power dynamics affect the structure and the outcomes of governance.
Qiang Zhang takes a moment to outline the lithium dendrite formation problem faced by researchers working on lithium-based battery technologies.