semc said:Homework Statement
I am given a system of 4 mirrors, 1 of it partially transmit while the rest have 0 transmittance. I am ask to plot the ratio of the E-field of the wave exiting and entering the system and comment on whether this system exhibit resonance in phase or in amplitude. I just want to ask what does resonance in phase or in amplitude mean.
Phase/amplitude resonance in mirror systems is a phenomenon in which the light waves reflected off two or more mirrors align in such a way that the amplitude and phase of the waves reinforce each other, resulting in a significant increase in the intensity of the reflected light.
Phase/amplitude resonance occurs when the distance between the mirrors is equal to an integer multiple of the wavelength of the light being reflected. This causes the reflected waves to interfere constructively, resulting in a stronger reflection.
Phase resonance refers to the alignment of the phase of the reflected waves, while amplitude resonance refers to the alignment of the amplitude of the waves. Both types of resonance can occur simultaneously in a mirror system.
Phase/amplitude resonance is used in a variety of applications, such as in lasers, interferometers, and optical filters. It can also be used to enhance the sensitivity of optical sensors and improve the resolution of imaging systems.
Yes, phase/amplitude resonance can be controlled by adjusting the distance between the mirrors or by changing the angle of incidence of the light. It can also be manipulated by using different types of mirrors or by introducing other materials in between the mirrors to alter the refractive index.