Recently, NASA released the ten things we have learnt from the observatory's data that included solar flares, tornadoes as well as coronal holes and the birth and death of a solar cycle.In accordance with the art. Its main mission is to help us understand where the Sun's energy comes from, how the inside Sun works, and how is its energy is stored and released. Throughout its time in space, the SDO has been constantly looking at the Sun to understand space weather and its effects it has on Earth. The SDO just completed its 10th yearin space even though its original mission life was for five years. By studying solar winds, researchers can develop protective gear or materials that can withstand the high levels of radiation. Different space agencies also send their satellites, spacecrafts, and other research missions to space and it is also important that they can are protected and that they are made from materials that can stand the rigours of space. They can suffer serious health issues if they are caught in the path of a solar storm without sufficient protection. Studying the effects of solar winds can also help space agencies find the best way to protect its astronauts, from radiation, when they travel to the moon and beyond. Scientists also believe that solar winds could be one reason why the moon has water-iceon its surface. Instead of looking splotchy and red like we do, the moon gets swirls on its surface.

The only protection it has is from small magnetic rocks on its surface that provide the lunar surface with small, localised pockets of protection from these winds. Similar to human beings getting a sunburn from staying outside for too long, the moon also gets a kind of sunburn. The moon does not have a magnetic field and is exposed and absorbs any and all radiation that comes its way. Heard of the aurora borealis? This natural and spectacular phenomenon that takes place on the north and south poles are also caused by the solar winds interacting with the Earth's magnetic field and the oxygen and nitrogen ions trapped in it. Image courtesy: National Geophysical Data Cantre When solar wind collides with Earth's magnetic field. The solar winds can cause massive space weather storms that disrupt the satellites in space, our communications systems, and power grids. However, on rare occasions, these winds can make it past the barrier and have some effects on the electrical equipment on Earth. This ensures that it is far away that solar winds do not really affect it but close enough to have enough heat from the Sun to sustain all its life forms. Usually, the Earth is protected from these winds because of its own magnetic field and its convenient position as the fifth planet in the solar system. They wash over all planets and celestial bodies and flood the entire solar system. The Sun releases a constant stream of charged particles and magnetic fields called solar winds that travel at the speed of 400 km per second. These holes are constantly changing and reshaping because the corona is not uniform and is also the area where the solar winds escape. They are areas where the Sun's corona (read: the outermost part of the Sun's atmosphere) is colder and less dense. NOAA explains that c oronal holes are the dark spots that are visible on the surface of the Sun. The dark areas - called coronal holes - are places where very little radiation is emitted, yet are the main source of solar wind particles.

Hot active regions, solar flares, and coronal mass ejections will appear bright here. The image shows the outer atmosphere of the Sun - called the corona - as well as hot flare plasma.

Sun corona with hdr