Longer missions, like a Mars trip, require additional radiation shielding. 3D-printed hydrogels offer a lightweight, ...

Nasa's Juno mission has achieved a groundbreaking milestone by creating the first complete 3D radiation map of the Jupiter system. This innovative map provides a detailed view of the high-energy ...

An AI system called iSeg is reshaping radiation oncology by automatically outlining lung tumors in 3D as they shift with each ...

image: New DFG research group C3SAR on 3D radiation transport launched. view more . Credit: Tilo Arnhold, TROPOS . Leipzig. Over the next few years, climate researchers from Germany aim to achieve ...

3D-printed 'hydrogels' could be future space radiation shields for astronaut trips to Mars : Read more I wonder about the weight. These seem like a good idea for protection but when soaked with ...

3D printing technology has rapidly emerged as a transformative tool in radiation therapy by facilitating the personalisation of treatment devices such as patient‐specific boluses, compensators ...

Improving Immersive Realism by Reproducing 3D Radiation Characteristics of Sound Sources. KINOSHITA Kotaro. NHK STRL is conducting research and development on future broadcast media technologies ...

Ever since scientists figured out how to put humans in space, they've been working to protect those humans from exposure to excessive radiation. High-energy particles from the Sun and from cosmic ...

The first ever 3D radiation map of Jupiter and its moons has been created using low-light cameras aboard the Juno Spacecraft that have been tweaked to operate as radiation detectors.

Technology we already use everyday might be the future of space radiation shielding. ... "Our method of choice is 3D printing, which allows us to create a hydrogel in almost any shape we want." ...

At NHK STRL, our method for reproducing 3D radiation characteristics changes the frequency characteristics according to the direction, so we call it “steering” (Fig. 1).