What is Compton Effect?

2 This observable effect gives the credibility of the theory that light is made up of particles called photons. Transferred energy is measurable and interaction corresponds to the laws of energy conservation. This means that the combined energy of the photon and the electron in front of the collision is equal to the combined energy of both particles after collision. The secondary and related result of the collision of photons and electrons is called the dispersion of the Compton, which is observed as a change in the direction of photons after collision and a change in wavelength. These packets would be furrier to be without matter, but to have individual nature and sometimes behave and share certain properties with other subatomical particles with observable masses. A series of experiments and calculations resulted in the adoption of this theory and when Compton's effect - electrons scattering - was recorded and recorded by physicist Arthur Holly Compton in 1923, Planck's theory was further strengthened.

ComptOn the work on the phenomenon, which became known as Compton Effect, he later brought him the Nobel Prize in Physics. Compton noted that photons could pass the energy of subatomical particles, such as electrons, causing them to distract or give up from the original positions. Under certain conditions, this may cause electrons to separate from their parental molecules, ionize them or change their network electric charge from neutral to positive removal of a negatively charged electron.

further observed that after the collision of the photon showed an increase in wavelength, the direct result of its energy loss on the electron and related to the angle of deflection in the direction of the direction called the Compton dispersion. This relationship is defined by an equation known as the Compton formula. A common analogy used to explain Compton effect is the absence of a clump of stationary billiard balls movable cue ball. Cue Ball gives some if its energy to other balls that distract as the allusion moves to another directionM with reduced speed. While the light has a constant speed, the reduced sphere speed is analogous to the lower energy state of the photon after a collision with an electron, which is reported by its longer wavelength than reduced speed.