Longitudinal polarization periodicity of unpolarized light passing
... polarized at +45◦ . Therefore, the polarization state across a transverse plane periodically varies along the x axis, from linear to circular and vice versa, with a period depending on the angle between the two propagation directions. This is at the basis of the use of such a device as a “depolarize ...
... polarized at +45◦ . Therefore, the polarization state across a transverse plane periodically varies along the x axis, from linear to circular and vice versa, with a period depending on the angle between the two propagation directions. This is at the basis of the use of such a device as a “depolarize ...
Coupled Resonator Optical Waveguides (CROWs) Fatemeh Soltani
... As I get feedbacks, CROWs are sensitive to fabrication. So I may consider to use disks instead of ring due to lower loss. Having ellipse in design may be good but it will have slightly higher loss. I am planning to make different variation of rings or disks as 1, 2, 3, 5, 10, 20, 50. Packing methods ...
... As I get feedbacks, CROWs are sensitive to fabrication. So I may consider to use disks instead of ring due to lower loss. Having ellipse in design may be good but it will have slightly higher loss. I am planning to make different variation of rings or disks as 1, 2, 3, 5, 10, 20, 50. Packing methods ...
Barium Ions for Quantum Computation
... If tuned to the P1/2 transition, ultrafast Rabi flops could be made to apply a state dependent impulse on the ion, which would allow us to perform ultrafast gates, such as the García-Ripoll phase gate [21], on two ions in the same trap. The benefits of such a gate are its intrinsic speed and that it ...
... If tuned to the P1/2 transition, ultrafast Rabi flops could be made to apply a state dependent impulse on the ion, which would allow us to perform ultrafast gates, such as the García-Ripoll phase gate [21], on two ions in the same trap. The benefits of such a gate are its intrinsic speed and that it ...
Frequency-Domain Spectroscopy Using 280 nm and 300 nm
... (continuous wave, mode-locked); the instrument was also utilized for characterization of the LEDs. Two synthesizers (Model IFR2023) provide modulation frequencies in the range from 9 KHz to 1.2 GHz; for modulation in the frequency range from 90 Hz up to 1.5 MHz (required when measuring decay times i ...
... (continuous wave, mode-locked); the instrument was also utilized for characterization of the LEDs. Two synthesizers (Model IFR2023) provide modulation frequencies in the range from 9 KHz to 1.2 GHz; for modulation in the frequency range from 90 Hz up to 1.5 MHz (required when measuring decay times i ...
Design for a Compact Tunable Ti:Sapphire Laser.
... the spectrum of the laser mirrors, and its output frequency—consisting of two modes separated by 1.25 GHz—may be varied with a piezotranslator over a range of 1.5 GHz within 0.75 ms. The high tuning rate is particularly interesting for laser cooling of light atoms, for which the entire Doppler-broad ...
... the spectrum of the laser mirrors, and its output frequency—consisting of two modes separated by 1.25 GHz—may be varied with a piezotranslator over a range of 1.5 GHz within 0.75 ms. The high tuning rate is particularly interesting for laser cooling of light atoms, for which the entire Doppler-broad ...
22-Test Talk
... process of beam-size measurements along the beam path— a process that is not always intuitive. M2 determination requires mapping the beam propagation in space and taking beamwidth parameters along this path to determine the deviation from the theoretical. Some standards call for 10 or more measureme ...
... process of beam-size measurements along the beam path— a process that is not always intuitive. M2 determination requires mapping the beam propagation in space and taking beamwidth parameters along this path to determine the deviation from the theoretical. Some standards call for 10 or more measureme ...
Experiment 3 1 The Michelson Interferometer and the He
... pictured. In the normal state, almost all of the atoms would be in their ground state, E1. If, on the other hand, an intense source of radiation of frequency f = (E3 – E1) / h is incident ...
... pictured. In the normal state, almost all of the atoms would be in their ground state, E1. If, on the other hand, an intense source of radiation of frequency f = (E3 – E1) / h is incident ...
Optical waveguide mode control by nanoslit-enhanced
... thin metal film, resulting in a strong, local THz field enhancement. Matched oblique incidence of the THz wave can be used to ensure effective interaction of the THz and optical pulses over millimeter distances [12]. We anticipate the application of the results for the fast THz modulation of optical ...
... thin metal film, resulting in a strong, local THz field enhancement. Matched oblique incidence of the THz wave can be used to ensure effective interaction of the THz and optical pulses over millimeter distances [12]. We anticipate the application of the results for the fast THz modulation of optical ...
Waves & Oscillations Physics 42200 Spring 2014 Semester
... The Jones Calculus • Proposed by Richard Clark Jones in 1941 • Only applicable to beams of coherent light ...
... The Jones Calculus • Proposed by Richard Clark Jones in 1941 • Only applicable to beams of coherent light ...
Photons and Matter Waves
... a metal surface, a stream of electrons emerges from the metal. The interference filter is then replaced with one transmitting at 300 nm and the lamp adjusted so that the intensity of the light striking the surface is the same as it was for the 400-nm light. With the 300-nm light, 1) more electrons a ...
... a metal surface, a stream of electrons emerges from the metal. The interference filter is then replaced with one transmitting at 300 nm and the lamp adjusted so that the intensity of the light striking the surface is the same as it was for the 400-nm light. With the 300-nm light, 1) more electrons a ...
The Electromagnetic Spectrum
... back and forth like a p second (1 Hz). That is why a 1 MHz electromagnetic wave has a million times Properties of electromagnetic waves exchanges potential a more energy than a 1 Hz electromagnetic wave of the same amplitude. Like all waves, electromagnetic waves (like light) have frequency, wavelen ...
... back and forth like a p second (1 Hz). That is why a 1 MHz electromagnetic wave has a million times Properties of electromagnetic waves exchanges potential a more energy than a 1 Hz electromagnetic wave of the same amplitude. Like all waves, electromagnetic waves (like light) have frequency, wavelen ...
Optical Sources
... • More electrons in higher energy level • Necessary to achieve optical amplification ...
... • More electrons in higher energy level • Necessary to achieve optical amplification ...
The Physics of Renewable Energy
... 2. A water wave moves from deep to shallow water. Describe changes that occur to the following characteristics of the wave as it crosses the boundary from deep to shallow water: ...
... 2. A water wave moves from deep to shallow water. Describe changes that occur to the following characteristics of the wave as it crosses the boundary from deep to shallow water: ...
Optical Computers (Erin Raphael, 2006)
... Non-linear optical properties of materials are used to redirect the propagation of one light using another control light. ...
... Non-linear optical properties of materials are used to redirect the propagation of one light using another control light. ...
Optics of Anisotropic Media
... which allows us to determine the refractive index for monochromatic plane waves as a function of their direction of polarization. It is, apart from a scale factor, equivalent to the surface mapped out by the D vectors corresponding to a constant energy density at a given frequency. This ellipsoid ca ...
... which allows us to determine the refractive index for monochromatic plane waves as a function of their direction of polarization. It is, apart from a scale factor, equivalent to the surface mapped out by the D vectors corresponding to a constant energy density at a given frequency. This ellipsoid ca ...