A recent study conducted at Nagoya University has focussed on developing an all-in-one nanowire assay system that can capture and evaluate extracellular vesicles useful for early cancer diagnosis.

In recent years, with the decrease in energy sources such as natural gas and coal, the need for renewable energy has increased, and accordingly, energy storage has become a very important technology. Using the energy obtained from natural and renewable resources such as wind, solar, and water effectively and efficiently depends on storing these energies.

Nanotechnology has been utilized to promote sustainable agriculture. Therefore, it is imperative to analyze the economic benefits of innovative nanoformulations that include nanofertilizers.

As each year passes, the climate emergency facing the planet becomes ever more alarming. But this trajectory is increasingly being met by the rapid emergence of new technologies and expertise that are focused on tackling it. As a result, we can now discern the emergence of a future green economy; one that harnesses human ingenuity to protect the planet’s future.

Muscovite mica is a common layered phyllosilicate mineral with perfect cleavage planes. These atomically flat surfaces are ideal for studying minerals and clays using scanning probe techniques with atomic resolution. However, there are still unresolved questions about ordering K+ ions on the cleaved surface.