Theory of relativistic optical harmonic generation
... conditions, each electron (whether bound or free) is induced to rotate in a circular orbit at the fundamental frequency of the incident laser light. For a bound electron, the radius of this orbit can depend nonlinearly on the amplitude of the laser field, but there can still be no harmonic generatio ...
... conditions, each electron (whether bound or free) is induced to rotate in a circular orbit at the fundamental frequency of the incident laser light. For a bound electron, the radius of this orbit can depend nonlinearly on the amplitude of the laser field, but there can still be no harmonic generatio ...
che-20028 QC lecture 1 - Rob Jackson`s Website
... more details (the first will be looked at in the lecture). ...
... more details (the first will be looked at in the lecture). ...
Optical Coherence Tomography
... optical interferometry [1] involving the employment of a beam of light with a limited coherence length. It provides a micro-scale spatial resolution in both lateral and axial direction, while maintaining a longer scanning depth by using objective lenses of low numerical aperture. The spectroscopic o ...
... optical interferometry [1] involving the employment of a beam of light with a limited coherence length. It provides a micro-scale spatial resolution in both lateral and axial direction, while maintaining a longer scanning depth by using objective lenses of low numerical aperture. The spectroscopic o ...
Interference I - Galileo and Einstein
... • There will be constructive interference at any point where the difference in distance from the two speakers is a whole number of wavelengths n, destructive interference if it’s an odd number of half wavelengths (n + ½). ...
... • There will be constructive interference at any point where the difference in distance from the two speakers is a whole number of wavelengths n, destructive interference if it’s an odd number of half wavelengths (n + ½). ...
Properties of 6Li - NC State Physics
... interaction, and as such, is analogous to the spin-orbit interaction discussed previously. The second term is an electric quadrupole interaction and only contributes when the valence electron is in a state that has a non-spherically-symmetric electric field. Of the states we have considered, the 2 2 ...
... interaction, and as such, is analogous to the spin-orbit interaction discussed previously. The second term is an electric quadrupole interaction and only contributes when the valence electron is in a state that has a non-spherically-symmetric electric field. Of the states we have considered, the 2 2 ...
Determination of Absolute Values of Refractive Index of Liquids
... the desired precision. The beams should travel right back ...
... the desired precision. The beams should travel right back ...
Photon momentum and uncertainty
... Resolution of an Optical Microscope Heisenbergs Uncertainty Principle ...
... Resolution of an Optical Microscope Heisenbergs Uncertainty Principle ...
Full-Text PDF
... which can be applied in more tech areas. For instance, it can make GaAs1−xBix a promising new semiconductor saturable absorber that has a very high possibility to be used in all-solid-state Q-switched and mode-locked lasers. In this paper, GaAs1−xBix crystal with different concentrations of Bi atoms ...
... which can be applied in more tech areas. For instance, it can make GaAs1−xBix a promising new semiconductor saturable absorber that has a very high possibility to be used in all-solid-state Q-switched and mode-locked lasers. In this paper, GaAs1−xBix crystal with different concentrations of Bi atoms ...
Limits of Resolution: The Rayleigh Criterion
... Figure 1(b) shows the diraction pattern produced by two point light sources that are close to one another. The pattern is similar to that for a single point source, and it is just barely possible to tell that there are two light sources rather than one. If they were closer together, as in Figure 1( ...
... Figure 1(b) shows the diraction pattern produced by two point light sources that are close to one another. The pattern is similar to that for a single point source, and it is just barely possible to tell that there are two light sources rather than one. If they were closer together, as in Figure 1( ...
Midway High School Science TAKS Review
... appears to be closer to the surface than it actually is. This phenomenon is described as refraction. ...
... appears to be closer to the surface than it actually is. This phenomenon is described as refraction. ...
Quasi Light Fields: A Model of Coherent Image Formation
... We synthesize research in quantum physics and signal processing to systematically generate and characterize all coherent light fields. After recognizing (2) as the Wigner quasi-probability distribution, Agarwal et al. repurposed the mathematics of quantum physics to generate a class of coherent ligh ...
... We synthesize research in quantum physics and signal processing to systematically generate and characterize all coherent light fields. After recognizing (2) as the Wigner quasi-probability distribution, Agarwal et al. repurposed the mathematics of quantum physics to generate a class of coherent ligh ...
Creating laser light
... ground state. The process usually takes only about 10 ns and happens spontaneously. Spontaneous decay often leads to spontaneous emission of photons that have exactly the same frequency as the photons that excited the electrons in the first place. Light created in this way radiates from the atoms in ...
... ground state. The process usually takes only about 10 ns and happens spontaneously. Spontaneous decay often leads to spontaneous emission of photons that have exactly the same frequency as the photons that excited the electrons in the first place. Light created in this way radiates from the atoms in ...
human eye and colourful world part 2
... because it is scattered least by fog, smoke, and dust particles present in air. 2. Sunrise and sunset At sunrise or sunset, the sun is located near the horizon of the Earth. Hence, light has to travel a long distance through the Earth’s atmosphere. At the time of sunrise or sunset, when white sunlig ...
... because it is scattered least by fog, smoke, and dust particles present in air. 2. Sunrise and sunset At sunrise or sunset, the sun is located near the horizon of the Earth. Hence, light has to travel a long distance through the Earth’s atmosphere. At the time of sunrise or sunset, when white sunlig ...
Interaction Between Electromagnetic Field and Optical Signal
... where Δn – refractive index difference between two orthogonal optical waves in the optical medium; λ – wavelength; E – electric field intensity; K(λ) - Kerr coefficient. The Kerr coefficient is dependent on the wavelength and assuming that the solids approximation anisotropic molecules turning in a ...
... where Δn – refractive index difference between two orthogonal optical waves in the optical medium; λ – wavelength; E – electric field intensity; K(λ) - Kerr coefficient. The Kerr coefficient is dependent on the wavelength and assuming that the solids approximation anisotropic molecules turning in a ...
A Treatise on Electricity and Magnetism
... When light is emitted, a certain amount of energy is expended by the luminous body, and if the light is absorbed by another body, this body becomes heated, showing that it has ...
... When light is emitted, a certain amount of energy is expended by the luminous body, and if the light is absorbed by another body, this body becomes heated, showing that it has ...
