Asymmetric surface plasmon polariton emission by a dipole emitter
... wavelength of 652 nm. Bottom: plot of the time-averaged electric-field intensity at z = 5 nm. In contrast to the fields plotted in Figs. 1(b) and 1(c), the radiation field is clearly asymmetric about the origin. (b) Top: the time evolution of a dipole (blue) that rotates out of plane at the same fre ...
... wavelength of 652 nm. Bottom: plot of the time-averaged electric-field intensity at z = 5 nm. In contrast to the fields plotted in Figs. 1(b) and 1(c), the radiation field is clearly asymmetric about the origin. (b) Top: the time evolution of a dipole (blue) that rotates out of plane at the same fre ...
nonlinear optics in novel periodic media - Deep Blue
... composites having a manmade, three-dimensional, periodic cellular architecture designed to produce an optimized combination, not available in nature, of two or more responses to specific excitation [4]. In order for its structure to affect electromagnetic waves, a Metamaterial must have structural f ...
... composites having a manmade, three-dimensional, periodic cellular architecture designed to produce an optimized combination, not available in nature, of two or more responses to specific excitation [4]. In order for its structure to affect electromagnetic waves, a Metamaterial must have structural f ...
leading, peer-reviewed scientific journal
... expected of the Polarimetric Anomaly Parameter, (Pmax)aA, proposed by Shkuratov and others. In the remainder of this paper, we refer to this shift in the Umov plot as a Polarisation Anomaly to distinguish it from the Polarimetric Anomaly Parameter, and we discuss the relationship between these two q ...
... expected of the Polarimetric Anomaly Parameter, (Pmax)aA, proposed by Shkuratov and others. In the remainder of this paper, we refer to this shift in the Umov plot as a Polarisation Anomaly to distinguish it from the Polarimetric Anomaly Parameter, and we discuss the relationship between these two q ...
الشريحة 1
... secondary wave sources vary, and in particular, the conditions in which the phase difference equals half a cycle in which case waves will cancel one another out. The simplest descriptions of diffraction are those in which the situation can be reduced to a two-dimensional problem. For water waves, th ...
... secondary wave sources vary, and in particular, the conditions in which the phase difference equals half a cycle in which case waves will cancel one another out. The simplest descriptions of diffraction are those in which the situation can be reduced to a two-dimensional problem. For water waves, th ...
Refractive-Index-Matched Indium--Tin
... due to optical loss mechanisms at each component, less than 5% of total light output from the BLU light source is usually available at the screen.1) The LC is sandwiched between two indium–tin-oxide (ITO) electrodes which are used to induce a bias to the LC. The top and the bottom ITO electrodes sho ...
... due to optical loss mechanisms at each component, less than 5% of total light output from the BLU light source is usually available at the screen.1) The LC is sandwiched between two indium–tin-oxide (ITO) electrodes which are used to induce a bias to the LC. The top and the bottom ITO electrodes sho ...
A multi interface total .. internal reflection based electro .. optic
... increase in transmission bandwidth and speed of an optical fiber compared to the physically larger electrical wires. One optical fiber, using wavelength-division multiplexing, can carry much more capacity than a single 4" coaxial cable. As long distance networks slowly convert electrical components ...
... increase in transmission bandwidth and speed of an optical fiber compared to the physically larger electrical wires. One optical fiber, using wavelength-division multiplexing, can carry much more capacity than a single 4" coaxial cable. As long distance networks slowly convert electrical components ...
engineering of complex optical fields and its
... Fig. 4-1. Intensity and phase pattern for LG02 mode. ....................................................... 34 Fig. 4-2. SOPs evolution for second order FP beam at 1). z = -10zR, 2). z = -zR, 3). z = 0, 4). z = zR and 5). z = 10zR. ................................................................... ...
... Fig. 4-1. Intensity and phase pattern for LG02 mode. ....................................................... 34 Fig. 4-2. SOPs evolution for second order FP beam at 1). z = -10zR, 2). z = -zR, 3). z = 0, 4). z = zR and 5). z = 10zR. ................................................................... ...
Wave aberration of human eyes and new descriptors
... which is systematically biased toward positive values. The second exception is oblique trefoil, which usually has a negative value. The range of absolute values of higher Zernike mode numbers decreases systematically. This means that the magnitude of aberration coefficients in any given individual t ...
... which is systematically biased toward positive values. The second exception is oblique trefoil, which usually has a negative value. The range of absolute values of higher Zernike mode numbers decreases systematically. This means that the magnitude of aberration coefficients in any given individual t ...
High-Resolution Transmission Electron Microscopy
... of constant amplitude (or intensity) but with a modulated phase. The exit‐plane wave ep is the OBJECT that needs to be imaged. For this, the phase modulation needs to be translated into an amplitude modulation. This is the task of Step 2. In general: the EPW is still the result of a complex dynami ...
... of constant amplitude (or intensity) but with a modulated phase. The exit‐plane wave ep is the OBJECT that needs to be imaged. For this, the phase modulation needs to be translated into an amplitude modulation. This is the task of Step 2. In general: the EPW is still the result of a complex dynami ...
Microscopic Probing and Manipulation of Ultracold
... Currently, increasing experimental effort in the research field of ultracold atoms is directed towards the development of tools to probe and manipulate quantum gases with high spatial resolution [4, 5, 6, 7]. Access to the underlying physics at a microscopic scale is now within reach. In this thesis ...
... Currently, increasing experimental effort in the research field of ultracold atoms is directed towards the development of tools to probe and manipulate quantum gases with high spatial resolution [4, 5, 6, 7]. Access to the underlying physics at a microscopic scale is now within reach. In this thesis ...
The Nonlinear Optical Susceptibility
... Note that these expressions differ from Eqs. (1.2.7) by factors of 12 . ...
... Note that these expressions differ from Eqs. (1.2.7) by factors of 12 . ...
Deposition and Characterization of Dielectric Distributed Bragg
... To improve the performance of VCSELs, mirrors with less optical loss can be used. VCSELs require mirrors with > 99 % reflectance, and Distributed Bragg Reflectors (DBRs) are used to achieve this. Today, epitaxially-grown semiconductor DBRs are used, however these have low refractive index contrast, ...
... To improve the performance of VCSELs, mirrors with less optical loss can be used. VCSELs require mirrors with > 99 % reflectance, and Distributed Bragg Reflectors (DBRs) are used to achieve this. Today, epitaxially-grown semiconductor DBRs are used, however these have low refractive index contrast, ...
Journal of Nonlinear Optical - Research School of Physics and
... in optical communications and computing, beam steering and shaping, biosensing and medical diagnostics. To achieve our goals, we need to employ periodic structures of different geometries, which are easy to fabricate, and which possess strong nonlinearities at moderate laser powers. Currently there e ...
... in optical communications and computing, beam steering and shaping, biosensing and medical diagnostics. To achieve our goals, we need to employ periodic structures of different geometries, which are easy to fabricate, and which possess strong nonlinearities at moderate laser powers. Currently there e ...
Experimental study on Extremely-Thin-Body In0
... hand, there is no enhancement of the change in the refractive index caused by electrons because there is almost no modulation of the electron mass by strain, as shown in Fig. S1. The reduction in the electron mobility with increasing Ge fraction slightly contributes to the enhancement of the change ...
... hand, there is no enhancement of the change in the refractive index caused by electrons because there is almost no modulation of the electron mass by strain, as shown in Fig. S1. The reduction in the electron mobility with increasing Ge fraction slightly contributes to the enhancement of the change ...
Weak and strong coupling regimes in plasmonic QED
... moment, and field confinement) are optimized such that the socalled ultrastrong coupling regime has been demonstrated.13,14 Circuits are promising on-chip setups but have to be operated at microwave frequencies and mK temperatures. A possible alternative at optical or telecom frequencies, with their ...
... moment, and field confinement) are optimized such that the socalled ultrastrong coupling regime has been demonstrated.13,14 Circuits are promising on-chip setups but have to be operated at microwave frequencies and mK temperatures. A possible alternative at optical or telecom frequencies, with their ...
Resonant-wavelength control and optical
... leak through the guiding layers, hence limiting the optical-confinement factor. If the SCH is graded, then a larger optical guide thickness is required [3]. In VCSELs, however, the SCH cavity is constrained to be equal to the wavelength , so that the fundamental mode resonance is established about . ...
... leak through the guiding layers, hence limiting the optical-confinement factor. If the SCH is graded, then a larger optical guide thickness is required [3]. In VCSELs, however, the SCH cavity is constrained to be equal to the wavelength , so that the fundamental mode resonance is established about . ...
Abstract :soliton order N=1 and N=2 results are also obtained
... equation based prediction [8].C.R. Menyuk(et.al) (1987)was the first to derive the nonlinear pulse propagation equation underweak birefringence in a single-mode optical fiber (SMF). He described two solitons with orthogonal polarizations as vector solitons which co-propagate together while retaining ...
... equation based prediction [8].C.R. Menyuk(et.al) (1987)was the first to derive the nonlinear pulse propagation equation underweak birefringence in a single-mode optical fiber (SMF). He described two solitons with orthogonal polarizations as vector solitons which co-propagate together while retaining ...
Fabrication of submicrometer 3D structures by one
... such as propagation of light through mismatched refractive index and/or absorbing media. We demonstrated that when working with refractive index mismatch-free and very low absorption conditions, the light could be focused deeply inside the material, allowing a 3D optical manipulation. We then demons ...
... such as propagation of light through mismatched refractive index and/or absorbing media. We demonstrated that when working with refractive index mismatch-free and very low absorption conditions, the light could be focused deeply inside the material, allowing a 3D optical manipulation. We then demons ...
Wave-front sensing from defocused images by use
... similar to that of the curvature sensor, where it is known that the effect of diffraction is to limit the spatial resolution of the wave-front sensor.6,7 The experimental setup is identical to that of the curvature sensor, where there are two measurement planes at distances ⫾z from the aperture.4 Th ...
... similar to that of the curvature sensor, where it is known that the effect of diffraction is to limit the spatial resolution of the wave-front sensor.6,7 The experimental setup is identical to that of the curvature sensor, where there are two measurement planes at distances ⫾z from the aperture.4 Th ...