The phase behavior of the three Cartesian components of the electric field in the focal region of a high-numerical aperture focusing system is studied. The Gouy phase anomaly and the occurence of phase singularities are examined in detail. It is found that the three field components exhibit different behaviors. © 2011 Elsevier B.V. All rights reserved. © 2011 Elsevier B.V. All rights reserved
We study the Gouy phase of a scalar wavefield that is focused by a lens suffering from primary spher...
Taking the classical Ignatowsky/Richards and Wolf formulas as our starting point, we present express...
We demonstrate that because of the depolarization effect associated with a high-numerical-aperture l...
We study the behavior of the longitudinal components of strongly focused electromagnetic fields. The...
The Gouy phase, sometimes called the focal phase anomaly, is the curious effect that in the vicinity...
Gouy phase anomaly of the coaxial focus array generated by a Dammann zone plate (DZP) was investigat...
One of the most poorly understood subjects in physical optics is the origin of the Gouy phase (somet...
The Gouy phase, sometimes called the phase anomaly, is the remarkable effect that in the region of f...
We investigate the Gouy phase shift for full-aperture waves converging to a focal point from all dir...
The influence of the state of spatial coherence on the spectrum of light in the vicinity of phase si...
Abstract. The phase and the group velocities are calcu-lated in a three-dimensional neighbourhood of...
In modern optical microscopy, a high numerical-aperture objective plays an important rule for high-r...
We simulate the newly predicted [5] Gouy phase anomaly near astigmatic foci of Gaussian beams using ...
The high numerical aperture diffraction of a focused supercontinuum is presented. The temporal phase...
As shown by Matsumoto and Tonomura, the phase shift imposed on an electron beam by an electrostatic ...
We study the Gouy phase of a scalar wavefield that is focused by a lens suffering from primary spher...
Taking the classical Ignatowsky/Richards and Wolf formulas as our starting point, we present express...
We demonstrate that because of the depolarization effect associated with a high-numerical-aperture l...
We study the behavior of the longitudinal components of strongly focused electromagnetic fields. The...
The Gouy phase, sometimes called the focal phase anomaly, is the curious effect that in the vicinity...
Gouy phase anomaly of the coaxial focus array generated by a Dammann zone plate (DZP) was investigat...
One of the most poorly understood subjects in physical optics is the origin of the Gouy phase (somet...
The Gouy phase, sometimes called the phase anomaly, is the remarkable effect that in the region of f...
We investigate the Gouy phase shift for full-aperture waves converging to a focal point from all dir...
The influence of the state of spatial coherence on the spectrum of light in the vicinity of phase si...
Abstract. The phase and the group velocities are calcu-lated in a three-dimensional neighbourhood of...
In modern optical microscopy, a high numerical-aperture objective plays an important rule for high-r...
We simulate the newly predicted [5] Gouy phase anomaly near astigmatic foci of Gaussian beams using ...
The high numerical aperture diffraction of a focused supercontinuum is presented. The temporal phase...
As shown by Matsumoto and Tonomura, the phase shift imposed on an electron beam by an electrostatic ...
We study the Gouy phase of a scalar wavefield that is focused by a lens suffering from primary spher...
Taking the classical Ignatowsky/Richards and Wolf formulas as our starting point, we present express...
We demonstrate that because of the depolarization effect associated with a high-numerical-aperture l...