Researchers have developed a new lipid nanoparticle-based treatment that allows a molecule called itaconate to accumulate in plaque and bone marrow, where it reduces inflammation. 

Researchers have shown that a polymer with repeating units of positively and negatively charged components can enable mRNA-containing lipid nanoparticles to withstand nebulization (turning a liquid into a mist). 

Researchers have built a textile energy grid that can be wirelessly charged. The grid was printed on nonwoven cotton textiles with an ink composed of a type of conductive nanomaterial called MXene. 

Researchers have created a new type of three-dimensional transistor that features vertical nanowires only a few nanometers wide and can deliver performance comparable to state-of-the-art silicon transistors. 

In this blog post from the National Institute of Standards and Technology, two scientists describe how nanotechnology could help reduce greenhouse gas emissions and make buildings more energy-efficient. 

And the three winners of the NanoInFocus image contest are ... 

Nano4EARTH participants publish a comment article on nanotechnology solutions for the climate crisis.