The invention combines silver nanowires and a tiny electric current to create a surface that eliminates and repels bacteria and viruses.

Researchers have discovered that bacterial swarms transition from stable vortices to chaotic turbulence through distinct intermediate states. Combining experiments with bacterial swarms, computer ...

Contemporary artists Anne von Freyburg, Epoh Beech, Gary Myatt, Graphic Rewilding, and Sophie Mess are inspired by nature to ...

If successful, local officials could expand the program to other artistic activities like theater or dance, Courcier ...

Dezeen School Shows: a project exploring the use of a water-purifying microalgae to meet net-zero emission targets is ...

UC Davis entomologists-artists Diane Ullman and Emily Meineke will discuss their innovative art — connecting science with art ...

Art Dubai, the major platform for art from the Middle East ... a new site-specific installation. The project transforms fragments of found objects from the mountains and urban environments of the UAE ...

A new community artwork has been unveiled in Sidmouth. The piece, created by The Million Flowers Community Art Project, is now on display on Sidmouth's Wallspace. It was created to celebrate the ...

The ability of bacteria to control the biophysical properties of their membrane phospholipids allows them to thrive in a wide range of physical environments. Fatty acid biosynthesis is an energy ...

BioArt is a unique and innovative form of contemporary art that merges biological science with creative expression. It involves using living organisms, cells, DNA, bacteria, fungi, and even human ...

Instead of further depleting over-harvested indigenous plants for medicinal purposes, it might be possible to use the bacteria inside their roots. This would preserve at-risk plants while still ...

While it draws on the idea of human fecal transplants, a medical procedure where bacteria from a healthy ... with basic discovery science. "This project is a first step in trying to understand ...