... If you are tired, you can put the stone down, but still do not take your eyes off it so that in the end you do not claim that I was blind! Bosons are available in two classes: non-quark and quark. Types of non-quark bosons include: Photons (quantum), which are electromagnetic and have no mass (at rest). A wave moves and a particle reaches its destination. In the definition of the Max Planck equation, light accepts the inverse ratio of wavelength and energy, that is, the higher the energy of a photon (quantum), the shorter its wavelength, so the hotter the iron, the longer the color spectrum of red with longer wavelengths. Low energy changes to orange, yellow, green and blue with short but energetic wavelengths.
Rays in nature from long to short wavelengths include: microwave, radio, television, satellite, light (infrared, orange, yellow, green, blue, indigo, violet, and ultraviolet), x, and gamma. Microwaves, radios, televisions, satellites, and red light have no effect on the eye, so they are invisible and, because of their low-energy photons, are not harmful to the cells of living organisms (plants and animals).
Electromagnetic rays do not need air and water to propagate and travel as matter at a maximum speed of one particle (speed of light = 300,000 km / s). Mechanical waves (speed of sound = 335 m / s) require a climate interface. As explained earlier in the Big Bang discussion, photons are formed at billions of temperatures, have eternal life, and are the most abundant. (Each atom, one billion photons), of course, humans have also been able to produce large amounts of high-energy photons (radioactive photons, gamma rays) by splitting the nucleus of an atom (in an atomic explosion) and connecting the nucleus of an atom (hydrogen explosion) by converting matter into energy:
E = mc2