There are two factors which determine the relative level of cosmic radiation at different points on the earth's surface. First, because the earth's magnetic field deflects the charged particles in cosmic radiation toward the magnetic poles, cosmic radiation levels are generally higher the closer you are to a magnetic pole, i.e., the higher your geomagnetic latitude. Second, since the earth's atmosphere provides physical shielding from cosmic radiation, cosmic radiation levels are generally higher at higher altitudes where there is less atmosphere between you and the vacuum of space. As it turns out, the impact of differences in altitude is much greater than the impact of differences in geomagnetic latitude. Because Colorado has a high average elevation, cosmic radiation is generally higher there than at other locations with lower altitudes.
cosmic microwave background radiation.
They're not comparable. -- Cosmic rays are high-energy charged particles moving at less than the speed of light, with mass and kinetic energy but no characteristic frequency or wavelength. -- Gamma rays are electromagnetic radiation.
Cosmic background uniform microwave radiation left over from the big bang.
From solar radiation and cosmic rays
I would think it may be related to the temperature of the cosmic background radiation in degrees K.
Cosmic rays are not part of the EM spectrum -- they are high energy charged particles.
Space has high levels of radiation because it is filled with cosmic rays, which are highly energetic particles originating from sources like supernovae, black holes, and pulsars. Additionally, the lack of atmosphere in space means there is no protection from solar radiation and cosmic radiation, making it a hazardous environment for astronauts.
Technically, "cosmic rays" are high-energy particles rather than electromagnetic radiation. So no, they are not a type of light.
the weakness of cosmic back ground radiation as those radiation are left over of big bangs
Cosmic radiation consists of high-energy particles and electromagnetic radiation, including gamma rays, X-rays, and ultraviolet radiation, that originate from sources in outer space such as the Sun and other celestial bodies.
Cosmic radiation External terrestrial and internal radiation
Cosmic rays are high-energy radiation that can penetrate the Earth's atmosphere and can pose health risks to astronauts and airline crews who are exposed to them at high altitudes. Long-term exposure to cosmic rays can increase the risk of cancer and other radiation-related health issues. Adequate shielding and monitoring are essential to prevent health risks associated with cosmic rays.
That is not currently known for sure. Check the Wikipedia article on "Ultra-high energy cosmic rays" for different explanations about how they MIGHT be caused.
Natural background radiation
no
The big bang caused the background radiation.
The uniformity of cosmic radiation suggests that it originates from sources that are distributed evenly throughout the universe. This could point to sources such as distant galaxies, black holes, or other cosmic phenomena that emit radiation in all directions with similar intensity.