Statistical measurements of quantum emitters coupled to Anderson
... with a half-wave plate and a polarizing beam-splitter, coupled to a polarization maintaining single mode fiber for spatial filtering, and sent to a monochromator with spectral resolution of 50 pm. The filtered light is finally detected with a CCD for spectral measurements or with an avalanche photo ...
... with a half-wave plate and a polarizing beam-splitter, coupled to a polarization maintaining single mode fiber for spatial filtering, and sent to a monochromator with spectral resolution of 50 pm. The filtered light is finally detected with a CCD for spectral measurements or with an avalanche photo ...
OPTIMIZATION OF THE FIBER-OPITC FABRY-PEROT INTERFEROMETER CONSTRUCTION Małgorzata Jędrzejewska-Szczerska,
... using a singlemode fiber. It should be taken into consideration that divergence of light beam occurring on the end of the singlemode fiber is much higher than that on the multimode fiber. This is caused by diffraction effects, which are predominant in singlemode fibers. When the interferometer cavit ...
... using a singlemode fiber. It should be taken into consideration that divergence of light beam occurring on the end of the singlemode fiber is much higher than that on the multimode fiber. This is caused by diffraction effects, which are predominant in singlemode fibers. When the interferometer cavit ...
drastically
... been a hot research topic in the last decade due to their unique physical properties. A QD is a three dimensional confined solid state system. Therefore, it has atomic-like quantum properties, such as a discrete energy density of states (DOS). However, in some sense, it is better than an atom since ...
... been a hot research topic in the last decade due to their unique physical properties. A QD is a three dimensional confined solid state system. Therefore, it has atomic-like quantum properties, such as a discrete energy density of states (DOS). However, in some sense, it is better than an atom since ...
Get PDF - OSA Publishing
... OB with two-photon resonance in such three-level atoms. In this paper, we analyze the optical steady-state behaviors via SGC in N four-level Y-type atoms driven coherently by a probe laser and a single elliptically polarized field (EPF) by means of a unidirectional ring cavity. Our results show that ...
... OB with two-photon resonance in such three-level atoms. In this paper, we analyze the optical steady-state behaviors via SGC in N four-level Y-type atoms driven coherently by a probe laser and a single elliptically polarized field (EPF) by means of a unidirectional ring cavity. Our results show that ...
Universitat Autonoma de Barcelona Facultat de Ciencies, Departament de F sica
... cold atoms, solid state systems, trapped ions, or quantum dots. In these systems, quantum information is encoded, for instance, in the internal energy, in the vibrational states, in the position, in the angular momentum or in the spin state. On the other hand, in quantum communication, photons are t ...
... cold atoms, solid state systems, trapped ions, or quantum dots. In these systems, quantum information is encoded, for instance, in the internal energy, in the vibrational states, in the position, in the angular momentum or in the spin state. On the other hand, in quantum communication, photons are t ...
Fabrication of submicrometer 3D structures by one
... absorption (LOPA) mechanism of photosensitive materials for fabrication of arbitrary two- and three-dimensional (2D, 3D) submicrometer structures. First, we theoretically investigated the intensity distribution at focusing region of a high numerical aperture objective lens as a function of various w ...
... absorption (LOPA) mechanism of photosensitive materials for fabrication of arbitrary two- and three-dimensional (2D, 3D) submicrometer structures. First, we theoretically investigated the intensity distribution at focusing region of a high numerical aperture objective lens as a function of various w ...
White top-emitting organic light-emitting diodes using one
... aluminium (Alq3), the OLED devices have been actively investigated as one of the next generation flat panel display devices owing to the advantages such as low driving voltage, high emission efficiency, self-emission, etc. [1]. In addition, these days, white organic light-emitting diodes (WOLED) are ...
... aluminium (Alq3), the OLED devices have been actively investigated as one of the next generation flat panel display devices owing to the advantages such as low driving voltage, high emission efficiency, self-emission, etc. [1]. In addition, these days, white organic light-emitting diodes (WOLED) are ...
Nonlinear Optics Third Edition
... from seniors to advanced PhD students from disciplines that include optics, physics, chemistry, electrical engineering, mechanical engineering, and chemical engineering. This book could be used in graduate courses in the areas of nonlinear optics, quantum optics, quantum electronics, laser physics, ...
... from seniors to advanced PhD students from disciplines that include optics, physics, chemistry, electrical engineering, mechanical engineering, and chemical engineering. This book could be used in graduate courses in the areas of nonlinear optics, quantum optics, quantum electronics, laser physics, ...
Michelson Interferometer
... at their focal points on the eye retina. Since for fixed d and λ and different values of m, a system of dark and bright circle concentric fringes each corresponding to a constant θ will be observed, such interference fringes are therefore known as fringes of equal inclination. They are localized at ...
... at their focal points on the eye retina. Since for fixed d and λ and different values of m, a system of dark and bright circle concentric fringes each corresponding to a constant θ will be observed, such interference fringes are therefore known as fringes of equal inclination. They are localized at ...
Beam Path Conditioning for High
... are left uncontrolled, the resulting phase errors reduce the intensity on the target and degrade the signal returned to a receiver. Beam path conditioning maximizes the efficiency of the optical system by alleviating thermal turbulence within the beam path. ...
... are left uncontrolled, the resulting phase errors reduce the intensity on the target and degrade the signal returned to a receiver. Beam path conditioning maximizes the efficiency of the optical system by alleviating thermal turbulence within the beam path. ...
LASER LIGHT SCATTERING FOR INVESTIGATION OF PARTICLE
... there by securing the best price possible. However, there is no universal grading system. Each producing country has their own national standard which fulfills the minimum export quality requirement suggested by the market[2,3,5]. Most probably the flavor and quality of coffee depends on the coffee ...
... there by securing the best price possible. However, there is no universal grading system. Each producing country has their own national standard which fulfills the minimum export quality requirement suggested by the market[2,3,5]. Most probably the flavor and quality of coffee depends on the coffee ...
Aalborg Universitet
... wavelength range of 450–850 nm, with different polarizations of the incident light, have immediately revealed the effect of ‘black gold’ for p-polarization (Fig. 2c,d). The experimental reflectivity spectra shown hereafter were calibrated using a broadband reference mirror so that the reflectivity d ...
... wavelength range of 450–850 nm, with different polarizations of the incident light, have immediately revealed the effect of ‘black gold’ for p-polarization (Fig. 2c,d). The experimental reflectivity spectra shown hereafter were calibrated using a broadband reference mirror so that the reflectivity d ...
Adaptive-Optics Compensation through a High-Gain Raman Amplifier of
... called "Raman look-through." SRS is a nonlinear optical scattering process that couples two beams traversing a Raman-active medium that serves as an amplifier. The nonlinear response of the medium amplifies one beam (the oscillator) at the expense of the other (the pump). See the adjoining box for a ...
... called "Raman look-through." SRS is a nonlinear optical scattering process that couples two beams traversing a Raman-active medium that serves as an amplifier. The nonlinear response of the medium amplifies one beam (the oscillator) at the expense of the other (the pump). See the adjoining box for a ...
The List of Author`s Publications
... to the highest average output power of 80 W from a mode-locked laser [7; 8], and pulse energies of > 20 μJ combined with sub-picosecond pulse durations are possible [9]. However, such designs tend to be quite complex due to multiple passes through short active element limiting in this way the use of ...
... to the highest average output power of 80 W from a mode-locked laser [7; 8], and pulse energies of > 20 μJ combined with sub-picosecond pulse durations are possible [9]. However, such designs tend to be quite complex due to multiple passes through short active element limiting in this way the use of ...
