The lightning flashes x dangerous from the sun

The light emitted from the sun is the result of massive explosions occurring in the sun, releasing energy, light and light particles at high speed into space. This flash of light when combined with the magnetic storms of the sun is known as the diurnal eruption (CMES).

The solar and solar observation spacecraft (SOHO) collected images of a solar flame when it erupted from the sun on Tuesday, October 28, 2003.

The number of flashes of sunlight increases every 11 years and is tending to reach a maximum energy, likely to happen in 2013. This means more flashes of sunlight and some big enough flashes will send their radiation energy to the earth.

The largest light beam called " X-ray " is based on a classification system that shines sunlight according to their power. The smallest flashes (near the platform level), followed by B , C , M and X. It's like when we use the Richter scale to measure earthquake aftershocks, each character represents a 10-fold increase in energy. Therefore, X is ten times M and 100 times C. In each character class, there is a strength regulation gradually going from 1 to 9.

When it comes to the flash X class. Although X is the last character, but the X1 flash will have 10 times more energy than the X-ray, and the X-ray can go to a level higher than X9. .

The strongest flare-flash class was measured by modern methods in 2003, in the period that maximized solar energy, and it was so powerful that it overloaded the sensors that measured it. Sensors cut out at X 28.

The X-ray is often the result of the largest explosions in the solar system and is very interesting to watch. Circles that are dozens of times the size of the Earth jump out of the sun's surface, when the sun's magnetic field crosses and reconnects.

At the biggest events, this reconnection process can generate as much energy as a billion hydrogen bombs.

If they are pointing at Earth, lightning and related diurnal eruptions (CMES) can create long-term radiation storms that damage: satellites, communications systems, and even both technological equipment on the ground and the grid. For example, the X-ray flash, discovered on December 5 and 6, 2006, triggered a diurnal eruption that interfered with the GPS signal sent to the ground-based receiver.

NASA and NOAA agencies, as well as the United States Air Force Meteorological Agency (AFWA) and other authorities around the world, are currently monitoring X-ray flashes on the sun and magnetic storms. This is related to them in order to provide a precautionary warning that many satellites and spacecraft can be protected from the worst effects from the sun.