- During the study, scientists compared observations of the Chandra space telescope, operated by NASA’s Marshall Space Flight Center from 2002 and 2017.
By hindustantimes.com | Edited by Malika Sony, New Delhi
Posted on April 05, 2021 08:55 IST
Uranus, which is the seventh planet from the sun, reflects X-rays, according to a new study by scientists published in the Journal of Geophysical Research. The study, which analyzed two visual images of the Earth, marks the first time X-ray activity has been detected on Earth. However, the reason for mirroring the X-rays has not yet been clear. “While the authors of Uranus’ new study initially predicted that most of the X-rays detected would also be from their scattering, there are fascinating clues that at least one more source of X-rays exists,” according to the National Aeronautics and Space Administration. Release of the administration (Nasa). “If further observations confirm this, it could have intriguing implications for Uranus’ understanding,” the statement added.
A method used for research
During the study, scientists compared observations of the Chandra space telescope, operated by NASA’s Marshall Space Flight Center from 2002 and 2017. The analysis of the observation on Earth in 2002 clearly described X-rays. Compared to observations in 2017, the study found a possible flare-up of X-rays. The study says that the discovery of X-rays is significant because they were discovered on other planets of the solar system, except Uranus and Neptune. The study further added that understanding X-ray emission can provide more information about the Earth’s properties and composition.
The reason for the emission of X-rays
There are two probable reasons for X-rays. The first, according to NASA, could be the sun that has a similar effect on planets like Jupiter and Saturn that scatter the X-ray light given by the sun.
The second reason for the X-ray emission may be that Uranus’ rings can produce them themselves. NASA said this could be the cause of the emission when the Earth’s rings collide with charged particles that cause them to shine on X – rays.