The U.S. Naval Research Laboratory (NRL), in partnership with NASA's Marshall Space Flight Center (MSFC), has developed ...

That isn’t the only way to measure gamma radiation, though ... The detector circuit uses a miniature solar cell and a JFET wired up in a small brass tube to block most of the light and to ...

Changing these interactions can lead to different chemical reactions and malfunctioning cells in our bodies. Gamma rays are a particularly damaging form of ionizing radiation because their high ...

a specialized material that absorbs these gamma rays and converts their energy into visible light — similar to how glow-in-the-dark objects function, but driven by radiation rather than sunlight. This ...

It's not easy to imagine how high the frequency of a high-energy gamma ray is. During the time it takes for its wave to go through one cycle, a gamma-ray wave traveling at the speed of light will ...

For that, you need something like this gamma-ray spectroscope. Dubbed the Pomelo by [mihai.cuciuc], the detector is a homebrew solid-state scintillation counter made from a thallium-doped cesium ...

The positioning and the intensity of the gamma ray sources are carefully calculated to ensure that the cancer cells receive enough radiation to kill them whilst the surrounding tissue remains in a ...

The findings, published in Optical Materials: X, demonstrate how ambient gamma radiation can be harnessed using a combination of scintillator crystals and solar cells. High-density ... It is more ...

X-rays are small enough to enter cells and can damage DNA, which can cause cancers to develop in the body. You would need a row of around 10 million gamma waves to fill a one millimetre gap.