Space Weather as a Direct Product of Sun

Space weather is defined as the branch of space physics and aeronomy that is concerned with the varying in time condition within the entire solar system. It includes all the solar winds, emphasizing the space that surrounds the Earth including conditions in the magnetosphere, ionosphere, and thermosphere ad exosphere. The Space Weather is distinct from the concept related to the terrestrial weather of the atmosphere of Earth. The term Space Weather was first used in the year 1950 which came into usage in the year 1990s. The Sun is often referred to as the garden variety star in astronomical texts. The energy that is received from the Sun affects the communication system. It can also affect the satellites, space missions causing problem with the power grids and things that are related to it. According to the Kitt Peak National Observatory and National Solar Observatory, we remain at the South west to the middle of the desert which is fairly at a high altitude and is about seven thousand feet above the atmospheric haze in which lies down the lower desert. This is known as the Solar Vacuum Telescope.  It is a type of special telescope that is used to observe the Sun while making it use like a mirror producing a stationary image inside an observing room. The actual observing apparatus that is used in this respect consists of a spectro magnetograph which is a type of special instrument that is designed to look at the magnetic field of the Sun. The magnetic field is defined as the fundamental physical mechanism that helps in controlling the outer solar atmosphere. This is because it gradually varies and makes changes with the particles while getting accelerated and directing towards the Earth. This is the place where most of strong fields are experienced. This region can be stated as the example of an active region. The Space weather is the direct product of the local star that is the Sun. The Sun continuously sheds its skin while blowing a fierce wind of charged particles in almost all directions including the Earth. From time to time, the storms from the surface of the Sun including solar flares, coronal mass ejections toss off the extra added mass of energy and ions. When Earth faces this turbulence it produces the Space weather. The consequences of space weather results in colorful auroras to satellite, power and failure in communications. Space weather is generally mild but sometimes it becomes extreme. Mild space weather storms can cause degradation of electric power quality, with precise navigation systems, interrupt satellite functions and are even hazardous to astronaut health. Severe space storms results in the perturbations in the electric power system causing loss of satellites through damaged electronics or increase in the orbital drag. For some extremely rare solar events, the effects can result to catastrophic severe consequences for millions of people. As science and society increasingly recognizes the impacts of space weather on the infrastructure of global economy the space weather information gradually grows.