A groundbreaking new method developed at The University of Osaka calculates the entropy of liquids using a non-empirical approach, requiring only the atomic species as input. This revolutionary technique eliminates the need for extensive experimental data, paving the way for enhanced predictions of chemical reactions and optimization of industrial applications involving liquids.

Long-term musical training may mitigate the age-related decline in speech perception by enhancing cognitive reserve, according to a study published July 15^th in the open-access journal PLOS Biology by Claude Alain from the Baycrest Academy for Research and Education, Canada, and Yi Du from the Chinese Academy of Sciences.

The Southwest United States is currently facing its worst megadrought of the past 1,200 years. According to a recent study from The University of Texas at Austin, the drought could continue at least until the end of the century, if not longer.

In AIP Advances, by AIP Publishing, researchers from Chongqing Jiaotong University and Chongqing No. 7 Middle School compared the performance of three helmet materials under the most common types of impact and loading conditions. Though participation in sports can have positive impacts both physiologically and socially, extreme sports come with elevated risks. Researchers used computational simulations to run material comparisons for helmets made of strong plastic Acrylonitrile Butadiene Styrene (ABS), fiberglass alloys, and aluminum composites. The findings are valuable for all extreme sports, but Wang notes the importance of customizing helmet properties to their intended activity, as the effect of an impact depends on its interaction with gravity, the potential for a rebound, and more.

Scientists predict one of the major surveys by NASA’s upcoming Nancy Grace Roman Space Telescope may reveal around 100,000 celestial blasts, ranging from exploding stars to feeding black holes. Roman may even find evidence of some of the universe’s first stars, which are thought to completely self-destruct without leaving any remnant behind.

An interference pattern that emerges from three stacked and twisted layers of graphene, called a supermoiré pattern, can uncover hidden properties of simpler moiré materials.