azu_td_9829319_sip1_
... direction and recommend that it be accepted as fulfilling the dissertation requirement. ...
... direction and recommend that it be accepted as fulfilling the dissertation requirement. ...
generation and propagation of optical vortices
... φ - azimuthal cylindrical coordinate in Fourier space. φV - angular displacement of a vortex with respect to its initial position. Φ - phase. Ω - angular rate of rotation for a pair of vortices. ...
... φ - azimuthal cylindrical coordinate in Fourier space. φV - angular displacement of a vortex with respect to its initial position. Φ - phase. Ω - angular rate of rotation for a pair of vortices. ...
Tom Essinger-Hileman
... I am grateful to many others for making my time at Princeton enjoyable. Unfortunately, there are too many to name individually. I greatly enjoyed Friday beer, summer softball, and many BBQs with my fellow physics graduate students. Thanks to the members of the Popayan soccer team for many exciting g ...
... I am grateful to many others for making my time at Princeton enjoyable. Unfortunately, there are too many to name individually. I greatly enjoyed Friday beer, summer softball, and many BBQs with my fellow physics graduate students. Thanks to the members of the Popayan soccer team for many exciting g ...
Multistep Parametric Processes in Nonlinear Optics
... motivation to study this kind of parametric interactions was to explore various possibilities for the simultaneous generation of several harmonics in a single nonlinear crystal (see, e.g., Akhmanov and Khokhlov [1964, 1972]) as well as to use the cascading of several parametric processes for measuri ...
... motivation to study this kind of parametric interactions was to explore various possibilities for the simultaneous generation of several harmonics in a single nonlinear crystal (see, e.g., Akhmanov and Khokhlov [1964, 1972]) as well as to use the cascading of several parametric processes for measuri ...
RESONATOR OPTICS
... reflective, flat mirrors separated by a distance d (Fig. 9.1-l). This simple one-dimensional resonator is known as a Fabry-Perot etalon. We first consider an ideal resonator whose mirrors are lossless;the effect of lossesis included subsequently. Resonator Modes as Standing Waves A monochromatic wav ...
... reflective, flat mirrors separated by a distance d (Fig. 9.1-l). This simple one-dimensional resonator is known as a Fabry-Perot etalon. We first consider an ideal resonator whose mirrors are lossless;the effect of lossesis included subsequently. Resonator Modes as Standing Waves A monochromatic wav ...
Gaussian Beam Propagation
... Gaussian beams play such an important role in optical lasers as well as in longer wavelength systems that they have been extensively analyzed, starting with some of the classic treatments mentioned in Chapter 1. Almost every text on optical systems discusses Gaussian beam propagation in some detail, ...
... Gaussian beams play such an important role in optical lasers as well as in longer wavelength systems that they have been extensively analyzed, starting with some of the classic treatments mentioned in Chapter 1. Almost every text on optical systems discusses Gaussian beam propagation in some detail, ...
Moiré and Fringe Projection Techniques
... Since Lord Rayleigh first noticed the phenomena of moiré fringes, moiré techniques have been used for a number of testing applications. Righi (1887) first noticed that the relative displacement of two gratings could be determined by observing the movement of the moiré fringes. The next significant a ...
... Since Lord Rayleigh first noticed the phenomena of moiré fringes, moiré techniques have been used for a number of testing applications. Righi (1887) first noticed that the relative displacement of two gratings could be determined by observing the movement of the moiré fringes. The next significant a ...
Role of wavefront aberrations of amplified femtosecond pulses in
... Basic concepts of nonlinear optics .............................................. 53 3.1. Introduction........................................................................................................................... 53 3.2. Frequency mixing processes ....................................... ...
... Basic concepts of nonlinear optics .............................................. 53 3.1. Introduction........................................................................................................................... 53 3.2. Frequency mixing processes ....................................... ...
OPTICAL MINERALOGY-2
... If the random cuts were such that they were perpendicular to the c-axis, then light travelling through the calcite, along the c-axis would produce only one image andwould not become polarized. The c-axis coincides with the optic axis, which is the direction through the mineral along which light pro ...
... If the random cuts were such that they were perpendicular to the c-axis, then light travelling through the calcite, along the c-axis would produce only one image andwould not become polarized. The c-axis coincides with the optic axis, which is the direction through the mineral along which light pro ...
Chapter 4 Optical Resonator
... This represents the number of degrees of freedom for the optical waves existing in the resonator, i.e., the number of independent ways in which these waves may be ...
... This represents the number of degrees of freedom for the optical waves existing in the resonator, i.e., the number of independent ways in which these waves may be ...
Propagation dynamics of optical vortices
... phenomena. Already the radiation pressure and angular momentum from OV’s have been used to manipulate small particles and atoms.63–68 OVS’s are intriguing not only because they are the only known (2 1 1)-dimensional solitons in Kerr-like media but also because they may exhibit propagation dynamics d ...
... phenomena. Already the radiation pressure and angular momentum from OV’s have been used to manipulate small particles and atoms.63–68 OVS’s are intriguing not only because they are the only known (2 1 1)-dimensional solitons in Kerr-like media but also because they may exhibit propagation dynamics d ...
spherical aberration
... The magnitude of the differences between the tangential and sagittal MTF components clearly show more variability for the unequal conic design. ...
... The magnitude of the differences between the tangential and sagittal MTF components clearly show more variability for the unequal conic design. ...
spherical aberration
... The magnitude of the differences between the tangential and sagittal MTF components clearly show more variability for the unequal conic design. ...
... The magnitude of the differences between the tangential and sagittal MTF components clearly show more variability for the unequal conic design. ...
Polarization-Independent Metamaterial Analog of
... frequencies for normal incidence and linearly polarized waves is experimentally and numerically demonstrated. The metamaterial consists of coupled “bright” split-ring resonators (SRRs) and “dark” spiral resonators (SRs) with virtually equal resonance frequencies. Normally incident plane waves with l ...
... frequencies for normal incidence and linearly polarized waves is experimentally and numerically demonstrated. The metamaterial consists of coupled “bright” split-ring resonators (SRRs) and “dark” spiral resonators (SRs) with virtually equal resonance frequencies. Normally incident plane waves with l ...
