Course Syllabus
... that subject. The course outline reflects this concentration. The outline topics are not necessarily given in the order that they will be covered. The topic divides naturally into two parts, one part deals with subjects that are applications of the perturbation theory that you already know. The seco ...
... that subject. The course outline reflects this concentration. The outline topics are not necessarily given in the order that they will be covered. The topic divides naturally into two parts, one part deals with subjects that are applications of the perturbation theory that you already know. The seco ...
LIGHT
... If you said black you were right. Even though all the wavelengths of visible white light strike the car’s surface, only the blue wavelengths are reflected by the pigments in the paint. Since the blue wavelengths are blocked by the red filter, no light waves from the car can reach your eyes, so the ...
... If you said black you were right. Even though all the wavelengths of visible white light strike the car’s surface, only the blue wavelengths are reflected by the pigments in the paint. Since the blue wavelengths are blocked by the red filter, no light waves from the car can reach your eyes, so the ...
High-speed optical frequency-domain imaging
... radar’) where individual spectral components of low coherence light are detected separately by use of a spectrometer and a charge-coupled device (CCD) array [9,10]. The fast readout speed of CCD arrays and the signal-to-noise (SNR) advantage of the spectral-domain OCT [11,12] make it promising for s ...
... radar’) where individual spectral components of low coherence light are detected separately by use of a spectrometer and a charge-coupled device (CCD) array [9,10]. The fast readout speed of CCD arrays and the signal-to-noise (SNR) advantage of the spectral-domain OCT [11,12] make it promising for s ...
Laser Security
... Note:- for a product to be classified correctly, it must be tested at the maximum output accessible under reasonably foreseeable single-fault conditions (e.g., in the drive circuitry). A non-M class product must pass both Condition 1 and Condition 2 of Table 10 in IEC/EN 60825-1, and an M-class pro ...
... Note:- for a product to be classified correctly, it must be tested at the maximum output accessible under reasonably foreseeable single-fault conditions (e.g., in the drive circuitry). A non-M class product must pass both Condition 1 and Condition 2 of Table 10 in IEC/EN 60825-1, and an M-class pro ...
Electromagnetic radiation
... Gamma-radiation This radiation is normally produced by transitions within the excited nucleus of an atom and usually occurs as the result of some previous radioactive emission. Gamma-radiation can result from fission or fusion reactions or the destruction of a particleantiparticle pair, such as an e ...
... Gamma-radiation This radiation is normally produced by transitions within the excited nucleus of an atom and usually occurs as the result of some previous radioactive emission. Gamma-radiation can result from fission or fusion reactions or the destruction of a particleantiparticle pair, such as an e ...
Plasmons from 3D to 1D - FU Berlin
... Surface Plasmons • Localized at the interface between a plasma and a dielectric • Have transversal and ...
... Surface Plasmons • Localized at the interface between a plasma and a dielectric • Have transversal and ...
Parametric solitons in isotropic media.
... 1) We investigate the propagation of two and three optical pulses in an isotropic media when phase-matched conditions of the kind (2ω1 −2ω2 = 0) or (2ω3 = ω1 +ω2) are satisfied. 2) In this case terms connected with four-photon parametric processes in the corresponding nonlinear evolution equations ...
... 1) We investigate the propagation of two and three optical pulses in an isotropic media when phase-matched conditions of the kind (2ω1 −2ω2 = 0) or (2ω3 = ω1 +ω2) are satisfied. 2) In this case terms connected with four-photon parametric processes in the corresponding nonlinear evolution equations ...
74, 042316 (2006)
... different Rabi pulse areas and different initial states. We have also performed numerical simulations for many other initial states, finding that errors below 10−4 are always achieved. The manipulation errors are even smaller for all other atoms because they have larger detuning ␦共r兲. The relative p ...
... different Rabi pulse areas and different initial states. We have also performed numerical simulations for many other initial states, finding that errors below 10−4 are always achieved. The manipulation errors are even smaller for all other atoms because they have larger detuning ␦共r兲. The relative p ...
Laser oscillation in proton implanted Nd:YAG waveguides
... crystal, giving rise to a decrease of the refractive index in many dielectric materials [4]. This lowdensity region generates an optical barrier that confines the radiation, producing an optical waveguide. One of the problems faced when He+ is used to produce optical waveguides is the short range of ...
... crystal, giving rise to a decrease of the refractive index in many dielectric materials [4]. This lowdensity region generates an optical barrier that confines the radiation, producing an optical waveguide. One of the problems faced when He+ is used to produce optical waveguides is the short range of ...
SignalsInstr
... telling you something about the physics of the sample. However, it could also be telling you about the physics of the instrumentation. For example, the light source might not have the same intensity at all wavelengths, the mirrors or gratings in the monochromator might have different efficiencies at ...
... telling you something about the physics of the sample. However, it could also be telling you about the physics of the instrumentation. For example, the light source might not have the same intensity at all wavelengths, the mirrors or gratings in the monochromator might have different efficiencies at ...
Semiconductor Laser Diodes
... What are they made of? • Semiconductor laser diodes can be made from many different types of semiconducting materials including several elements found in groups III and V from the periodic table. • A few examples of these materials include: GaAlAs, AlGaInP, InGaAsP. • The major reasons for using on ...
... What are they made of? • Semiconductor laser diodes can be made from many different types of semiconducting materials including several elements found in groups III and V from the periodic table. • A few examples of these materials include: GaAlAs, AlGaInP, InGaAsP. • The major reasons for using on ...
Optical Microscopy Beyond the Diffraction Limit
... provides an accurate and direct measure of the effective index, which combined with the measured transverse modal shape and decay constants, determines the values of all spatial components of the wave vector. Imaging the beam properties of 980-nm high-power laser diodes by NSOM provided high-resolut ...
... provides an accurate and direct measure of the effective index, which combined with the measured transverse modal shape and decay constants, determines the values of all spatial components of the wave vector. Imaging the beam properties of 980-nm high-power laser diodes by NSOM provided high-resolut ...
Molecular Spectroscopy
... 200 cm−1 < ν̄ < 4000 cm−1 . Tungsten filaments is used in the visible and near infrared spectral range 320 nm < λ < 2500 nm. Different types of gas discharge lamps are common light sources in ultraviolet and visible spectral region 180 nm < λ < 800 nm. In a xenon discharge lamp an electrical dischar ...
... 200 cm−1 < ν̄ < 4000 cm−1 . Tungsten filaments is used in the visible and near infrared spectral range 320 nm < λ < 2500 nm. Different types of gas discharge lamps are common light sources in ultraviolet and visible spectral region 180 nm < λ < 800 nm. In a xenon discharge lamp an electrical dischar ...
15-Gb/s Bit-Interleaved Optical Backplane Bus Using Volume
... using current mode logic [12]. Optical passive delay circuit incorporated for RZ mode operation shown in Fig. 4(c) is also a promising candidate to generate time delays with picosecond resolution [13] for any high data rate possible. The system measured jitter is below 5 ps, which is mainly determin ...
... using current mode logic [12]. Optical passive delay circuit incorporated for RZ mode operation shown in Fig. 4(c) is also a promising candidate to generate time delays with picosecond resolution [13] for any high data rate possible. The system measured jitter is below 5 ps, which is mainly determin ...
Quantum Optics Team A: “Mach-Zehnder Interferometer and
... interferometer are the same power—more likely for photon to go where there is more power (if unequal) ...
... interferometer are the same power—more likely for photon to go where there is more power (if unequal) ...