what is the difference between light wave and wave produced from electron
Answers
Answer:
A photon can travel many light years through empty space and after that trip it can still be detected by a human eye.
An electromagnetic wave requires a powerful transmitter and huge receiving antenna antennas to bridge the distance. between two planets.
The path of a photon is not affected by electric charges. The electric field is certainly influenced by nearby electric charges.
So the usual statement that photons are electromagnetic waves must be false.
Photons are not waves and their carrier is not the electromagnetic field.
According to the Hilbert Book Model photons can be represented by strings of equidistant one-dimensional shock fronts that travel in our living space. These strings feature a fixed emission duration that does not depend on the frequency of the photon.
Explanation:
☞ Light microscope does not necessarily need a source of electricity to operate.
☞ Electron microscope requires electricity to accelerate electrons.
☞ It also requires the samples to be placed in vacuums (otherwise electrons may scatter off air molecules), unlike light microscopes.
☞
Light microscope is much cheaper compared to electron microscopes.