touqra said:A scattering of light particles from a heavy stationary particles, the momentum of the light particles change direction after scattering, and we could use Born approximations.
We also take that the initial momentum and the final momentum has the same magnitude.But how could it be when total momentum should be conserved?
For M>>k, the neglect of recoil is a reasonable approximation.touqra said:A scattering of light particles from a heavy stationary particles, the momentum of the light particles change direction after scattering, and we could use Born approximations.
We also take that the initial momentum and the final momentum has the same magnitude.
But how could it be when total momentum should be conserved?
A scattering of light particles from a heavy stationary particle refers to the phenomenon of light being deflected or redirected when it interacts with a large, stationary particle. This can occur when the light particles, known as photons, collide with the heavy particle and are scattered in different directions.
The scattering of light particles from a heavy stationary particle is caused by the electromagnetic force between the photons and the heavy particle. This force causes the photons to change direction and lose energy as they interact with the heavy particle.
The scattering of light particles from a heavy stationary particle is studied using various experimental techniques, such as electron microscopy, X-ray diffraction, and spectroscopy. These techniques allow scientists to observe and analyze the interactions between light and matter at a microscopic level.
Studying the scattering of light particles from a heavy stationary particle has many practical applications in fields such as material science, biology, and chemistry. It can provide valuable information about the structure and properties of materials, as well as the behavior of light in different environments.
Yes, the scattering of light particles from a heavy stationary particle is a common occurrence in nature. It can be observed in various natural phenomena, such as the blue color of the sky (caused by the scattering of sunlight by air molecules) and the rainbow (caused by the scattering of sunlight by water droplets).