could you be a good chap and maybe send a link to a public paper or the like that shows the results of experiments?LostConjugate said:yes.
LostConjugate said:It is the electric and magnetic forces within air that cause light to slow down, so electric and magnetic fields could cause the same effect. Not sure if a constant magnetic field would. Someone here should have a better explanation, sorry can't think of a good article on the subject.
Light and radiation are forms of energy that travel in the form of waves or particles. Light is a type of electromagnetic radiation and is visible to the human eye. Radiation is a broader term that includes both electromagnetic and particle radiation.
The main difference between light and radiation is their wavelength. Light has a shorter wavelength and is visible to the human eye, while radiation has a longer wavelength and is often invisible. Additionally, light is a type of radiation, but not all radiation is light.
Light and radiation can be produced in a variety of ways. Light is often produced through the emission of photons by atoms or molecules. Radiation can be produced through radioactive decay, nuclear reactions, or the movement of charged particles.
The properties of light and radiation include wavelength, frequency, speed, and polarization. These properties can affect how light and radiation behave and interact with matter.
Light and radiation have numerous practical applications in various fields such as medicine, communication, and energy production. For example, radiation is used in medical treatments, and light is used for communication through fiber optics. They are also used in technologies such as solar panels and x-ray machines.