A Bose-Einstein condensate interferometer with
... these cases [3–6]. However, separated arms permit many additional uses. In a few atomic beam experiments, separated arms have been achieved by using tightly collimated beams and material diffraction gratings. This has enabled precise measurements of electric polarizability [7, 8], phase shifts in at ...
... these cases [3–6]. However, separated arms permit many additional uses. In a few atomic beam experiments, separated arms have been achieved by using tightly collimated beams and material diffraction gratings. This has enabled precise measurements of electric polarizability [7, 8], phase shifts in at ...
The Michelson Interferometer and Its Applications
... Enter Albert Michelson. Michelson conjectured that if the speed of light relative to the hypothetical aether was indeed constant, then the Earth’s orbital velocity relative to this aether should exhibit obser ...
... Enter Albert Michelson. Michelson conjectured that if the speed of light relative to the hypothetical aether was indeed constant, then the Earth’s orbital velocity relative to this aether should exhibit obser ...
P6 – The Wave Model of Radiation Waves
... All waves can produce interference patterns Where two waves meet, their effects add Constructive Interference: Two waves arrive in step are reinforce Destructive Interference: Two wave arrive out of step they cancel out ...
... All waves can produce interference patterns Where two waves meet, their effects add Constructive Interference: Two waves arrive in step are reinforce Destructive Interference: Two wave arrive out of step they cancel out ...
PH 481
... In this experiment the birefringence of a material will be used to change the polarization of the laser beam. You will use a quarter-wave plate and a polarizer to build an optical isolator. This is a useful device that ensures that light is not reflected back into the laser. This has practical impor ...
... In this experiment the birefringence of a material will be used to change the polarization of the laser beam. You will use a quarter-wave plate and a polarizer to build an optical isolator. This is a useful device that ensures that light is not reflected back into the laser. This has practical impor ...
INFRA-RED OPTICAL COMMUNICATION SYSTEMS*
... capacity would appear to be around 100 MHz for an infra-red system at wavelengths longer than 1 p, with somewhat higher capacity below this wavelength. Of course, many different wavelengths can be transmitted along the system simultaneously, and dispersive optics used to feed-in and feed-out each ch ...
... capacity would appear to be around 100 MHz for an infra-red system at wavelengths longer than 1 p, with somewhat higher capacity below this wavelength. Of course, many different wavelengths can be transmitted along the system simultaneously, and dispersive optics used to feed-in and feed-out each ch ...
ee230-finaltalk
... Use of a saturable absorber (SA) in the cavity creates the pulse train. SA are materials with non-linear optical properties that attenuate low optical intensities. ...
... Use of a saturable absorber (SA) in the cavity creates the pulse train. SA are materials with non-linear optical properties that attenuate low optical intensities. ...
Chapter 6 Experiment 4: Wave Interference
... that could interfere with each other. (A plane wave is a wave consisting of parallel wavefronts all traveling in the same direction.) For a given direction, θ, the intensity observed at point P on the screen will be a superposition of the light originating from every slit. Whether the two waves add ...
... that could interfere with each other. (A plane wave is a wave consisting of parallel wavefronts all traveling in the same direction.) For a given direction, θ, the intensity observed at point P on the screen will be a superposition of the light originating from every slit. Whether the two waves add ...
IOSR Journal of Applied Physics (IOSR-JAP)
... constructions(5) and for agriculture. Atoms and molecules display different spectral types and patterns. Among these Raman spectroscopy plays a central role. Raman spectroscopy is one of the most popular phenomena used to find the concentration of trace elements(6). In this phenomenon a photon inter ...
... constructions(5) and for agriculture. Atoms and molecules display different spectral types and patterns. Among these Raman spectroscopy plays a central role. Raman spectroscopy is one of the most popular phenomena used to find the concentration of trace elements(6). In this phenomenon a photon inter ...
AC Circuits
... cable, and that there are no electromagnetic fields outside of the cable. For lowfrequency AC sources, the description is essentially the same as for DC. However, at higher frequencies, where the wavelength, , is comparable to the length, L , of the transmission line, it is often more useful to de ...
... cable, and that there are no electromagnetic fields outside of the cable. For lowfrequency AC sources, the description is essentially the same as for DC. However, at higher frequencies, where the wavelength, , is comparable to the length, L , of the transmission line, it is often more useful to de ...
Experimental Techniques of Optics PHYC 476,477, 302L Instructor:
... Results from a random fluctuation in the process of measurement. Often quantifiable in terms of “number of measurements or trials”. Tends to make measurements less precise. ...
... Results from a random fluctuation in the process of measurement. Often quantifiable in terms of “number of measurements or trials”. Tends to make measurements less precise. ...
Electromagnetic cascade in high energy electron, positron, and
... The processes typical for High Intensity Particle Physics [1], i.e., the interactions of charged particles with strong electromagnetic fields [2], have attracted considerable interest recently. This interest is due to the rapid growth of the maximum achievable laser intensity at many existing, const ...
... The processes typical for High Intensity Particle Physics [1], i.e., the interactions of charged particles with strong electromagnetic fields [2], have attracted considerable interest recently. This interest is due to the rapid growth of the maximum achievable laser intensity at many existing, const ...
Stimulated Raman Spectroscopy 1 1. Introduction
... be heard through the listening tube at the sunlight chopping frequency. The technique saw few applications until about 1968 when a rise in its use began due to the availability of laser sources. It has since been used to study a variety of chemical and physical phenomena in a number of fields. Some ...
... be heard through the listening tube at the sunlight chopping frequency. The technique saw few applications until about 1968 when a rise in its use began due to the availability of laser sources. It has since been used to study a variety of chemical and physical phenomena in a number of fields. Some ...
The Photoelectric Effect
... cup, it would move to the plate). By this method, if the potential is gradually illuminated with ultraviolet light. It increased, at some point the current measured by the ammeter will drop to zero, wasn’t understood exactly what was which indicates that all of the electrons emitted from the plate s ...
... cup, it would move to the plate). By this method, if the potential is gradually illuminated with ultraviolet light. It increased, at some point the current measured by the ammeter will drop to zero, wasn’t understood exactly what was which indicates that all of the electrons emitted from the plate s ...
