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To win over global energy difficulties and combat the forthcoming environmental crisis, scientists across the world analyze new materials for transforming sunlight into electricity.

The gut microbiome consists of a complicated population of varied bacterial species that are necessary to human health.

Photoacoustic imaging has revolutionized life sciences by providing high-speed imaging at cellular and subcellular level resolution and, therefore, has become an indispensable non-invasive tool for biomedical research.

At the University of Gothenburg, a new journal article written by researchers has stated that shining light on a water droplet causes effects that are similar to that of an atom. This can help us understand the functioning of atoms.

Huge glaciers lie under the sea on the East Antarctic Plateau. To enhance future scenarios featuring rising sea levels, it is necessary to comprehend how these glaciers will respond to increasing temperatures in the atmosphere and the ocean.

Health care workers in home care settings have played a crucial role in caring for vulnerable populations during the COVID-19 pandemic. But now, researchers from Japan have found that these workers need more support to stay mentally healthy.

According to a new scientific article published by the Chalmers University of Technology, Sweden, recycling electric car batteries could be affordable, simpler, and more eco-friendly. This article outlines an improved recycling process.

Linköping University’s researchers have developed optical nanoantennas, which could be switched on/off and slowly tuned with the application of electrical potentials.

The time children and adolescents spend on screen time entertainment -computers, mobile phones, television and video games- adversely affects their eating habits.

Researchers study the digestion process of drug-loaded DNA nanostructures in real time DNA nanotechnology - the research field using DNA molecules as building material - has developed rapidly during recent years and enabled the construction of increasingly complex nanostructures. DNA nanostructures, such as DNA origami, serve as an excellent foundation for nanocarrier-based drug delivery applications, and examples of their use in medical treatments have already been demonstrated. Although the s...