Single-shot simultaneous intensity, phase, and polarization imaging with metasurface
Peer-Reviewed Publication
Updates every hour. Last Updated: 4-Sep-2025 21:11 ET (5-Sep-2025 01:11 GMT/UTC)
A metasurface-based approach is proposed for single-shot optical imaging that simultaneously captures all the three parameters of optical fields with arbitrary intensity, phase, and polarization distributions.
On Jan. 1, 2024, a 7.5-magnitude earthquake struck the Noto Peninsula in Japan, resulting in extensive damage in the region caused by uplift, when the land rises due to shifting tectonic plates. The observed uplift, however, varied significantly, with some areas experiencing as much as a 5-meter rise of the ground surface. To better understand how the characteristics of the affected fault lines impact earthquake dynamics, researchers in Japan used recently developed simulations to make a detailed model of the fault. The findings could help develop models to simulate scenarios of different earthquakes and mitigate disasters in the future.
For decades, scientists believed Vesta, one of the largest objects in our solar system’s asteroid belt, wasn’t just an asteroid and eventually concluded it was more like a planet with a crust, mantle and core. Now, Michigan State University has contributed to research that flips this notion on its head.
A team led by the NASA Jet Propulsion Lab, or JPL, authored a paper, published in Nature Astronomy, that reveals Vesta doesn’t have a core. These findings startled researchers who, until that point, assumed Vesta was a protoplanet that never grew to a full planet.
Scientists at the University of Leicester and NASA’s Glenn Research Center have combined cutting edge radioisotope power system technology with high efficiency power convertor technology
The successful test results demonstrate robustness and reliability for potential future spaceflight missions, and a pathway for applications in space
The Space Nuclear Power team based at Space Park Leicester travelled to NASA Glenn in January 2025 to support the project