Engineering simulations rewrite the timeline of the evolution of hearing in mammals
Peer-Reviewed Publication
Updates every hour. Last Updated: 2-Apr-2026 16:15 ET (2-Apr-2026 20:15 GMT/UTC)
Paleontologists from UChicago use CT scanning and software simulations to show how a 250-million-year-old mammal predecessor could hear like modern mammals.
On Saturday December 6, 2025 Alaska was rocked by a 7.0 magnitude quake. On average, about 55 earthquakes strike daily, according to the United States Geological Survey (USGS), totaling some 20,000 annually worldwide with 15 hitting within the magnitude 7.0 range and one reaching 8.0 or over. Earthquakes result in fatalities, damaged infrastructure, economic disruptions and can create lasting psychological trauma for individuals affected by them. They are also becoming more costly, in part because more people now live in the earthquake-prone areas, with damage reaching $14.7 billion per year in the US alone. There's no way to predict when earthquakes may hit yet, but a new paper may bring us a step closer to doing so.
The Reinhard Süring Foundation's 2025 Research Award goes to Leipzig-based atmospheric researcher Dr. Cristofer Jiménez for his contributions to a remote sensing technology that makes it possible to study the interactions between particles and clouds much better than ever before. The so-called dual-field-of-view polarisation lidar is based on two different aperture angles, which are used to observe and compare the reflections of laser beams in the atmosphere. Every three years, the Reinhard Süring Foundation Research Prize honours young scientists for outstanding work in a subfield of meteorology. In 2025, the prize was awarded for "New techniques, methods and applications of remote sensing of the atmosphere".