The Latest Breaking News from Radiation

The discovery represents the first evidence that low-mass T.Tauri stars, which are less than 10 million years old, can emit gamma radiation.

Young, low-mass stars called T.Tauri stars have been caught blasting out high-energy gamma rays. This marks the first evidence that these stars, which are less than 10 million years old, emit gamma radiation.

When soaring temperatures, extreme weather and catastrophic wildfires hit the headlines, people start asking for quick fixes to climate change. The U.S. government just announced the first awards from a US$3.5 billion fund for projects that promise to pull carbon dioxide out of the air. Policymakers are also exploring more…

Researchers from the National Astronomical Observatories of the Chinese Academy of Sciences (NAOC) under the direction of Prof. HAN Jinlin have discovered distinct "dwarf pulses" from the bright pulsar PSR B2111+46 using the Five-hundred-meter Aperture Spherical radio Telescope (FAST). Read further on Dynamite news:

Thanks to the sun's 11-year-long cycle, Neptune might be systematically purged of its clouds.

Decades of telescope data from the Hubble Space Telescope and other observatories reveals that solar radiation triggers Neptune’s clouds.

Scientists found that people exposed to radiation through work may have a higher cancer risk than previously thought

Scientists found that people exposed to radiation through work may have a higher cancer risk than previously thought.

So, you want a summer tan the natural way, but skin cancer is a major fear. Imy Brighty-Potts reports.

ISRO's Chandrayaan 3 mission launched on July 21 to slingshot to the moon and decelerate before descending. Given the harsh conditions of space, the mission has been designed with advanced engineering techniques, including radiation-hardened electronics, to protect the spacecraft from the solar wind, outgassing, radiation, and other issues.

After observing gamma rays coming from the sun for six years, researchers at the HAWC observatory in Mexico have found an excess of very high-energy gamma rays emerging as a result of the interaction between cosmic rays and the sun’s magnetic field. Researchers currently don’t have an explanation for this…