Microplastics—tiny shards of plastic debris—are all over the planet. 

Cost, technical performance and environmental impact – these are the three most important aspects for a new type of LED technology to have a broad commercial impact on society. 

Where there is water, there are waves. But what if you could bend water waves to your will to move floating objects?

Microplastics have been found almost everywhere that scientists have looked for them. 

In 1968, as Apollo 8 orbited the Moon, astronaut Bill Anders captured one of the most iconic images of all time: Earthrise. 

As waters rise along the Egyptian coast, hundreds of buildings in the historic port city of Alexandria have collapsed.

Using NASA’s James Webb Space Telescope, or JWST, a team of researchers, including astronomers from the University of Michigan, are closing in on the answer to a looming cosmic question.

Scientists break down plastic using a simple, inexpensive catalyst and air.

Researchers use terahertz spectroscopy to explore how agaves retain water in dry environments, offering insights for drought-resistant crops.

A research team at University of Limerick has developed a groundbreaking new method of producing carbon fibre while drastically reducing its energy footprint.