#COSMIC ENERGY FREE#

On Earth,we are protected from primary cosmic rays by Earth's magnetosphere (magnetic field) and atmosphere. ThatвЂ™s because cosmic ray particles travel at high speeds and have high energy.

As these particles continue to accelerate, some can travel close to the speed of light.Д¬osmic ray particles are very dangerous to people and machines. Eventually, some gain enough energy to become cosmic rays and escape into the galaxy. GCRs tend to bounce around in the magnetic field. Galactic cosmic rays begin as particles propelled out of the expanding cloud of gases and magnetic field. Particles from outside of our solar system are called Galactic Cosmic Rays (GCRs). Particles can also come from stellar explosions such as novas and supernovas, which are mostly from within our galaxy.Д«ut they can also come from other galaxies as well. The particles emitted from the sun are often referred to as solar energetic particles. For example, they might come from solar flares or from explosions on the Sun. Primary cosmic rays come from a variety of sources. These high-mass, high-charged particles are known as HZE ions. The nuclei of elements heavier than hydrogen and helium, but lighter than iron, make up the remaining cosmic rays. Many others are helium nuclei (similar to alpha particles). The majority of the nuclei are protons (hydrogen nuclei).

#COSMIC ENERGY FREE#

The rest are free electrons, similar to beta particles. Primary cosmic rays particles can come from a variety of sources, including supernovas (В© 2019 LetвЂ™s Talk Science) What are primary cosmic rays?ДЄbout 99% of all primary cosmic ray particles are the nuclei of atoms.

Cosmic energy