The high numerical aperture diffraction of a focused supercontinuum is presented. The temporal phase associated with a propagating electromagnetic field when diffraction by a high numerical aperture lens embodies into spatial effects. The superposition of the phase from the input field and diffraction combine to form changes in the spectral, temporal and spatial domains of the diffraction field
This thesis presents an investigation on imaging beyond the diffraction limit with superoscillatory ...
The influence of the state of spatial coherence on the spectrum of light in the vicinity of phase si...
The phenomenon of optical superoscillation provides an unprecedented way to solve the problem of opt...
In the diffraction of a supercontinuum source, a redistribution of amplitude and phase at the focal ...
We study the behavior of the longitudinal components of strongly focused electromagnetic fields. The...
In modern optical microscopy, a high numerical-aperture objective plays an important rule for high-r...
International audienceThe flat-lens concept based on negative refraction proposed by Veselago in 196...
The phase behavior of the three Cartesian components of the electric field in the focal region of a ...
We demonstrate that because of the depolarization effect associated with a high-numerical-aperture l...
We analyze the focusing of wave fields of any state of coherence by systems with low Fresnel numbers...
Reported in this letter is a phenomenon that the focal spot of a high numerical-aperture objective i...
In this work we demonstrate the advantages of investigating diffractive optical elements in the phas...
We propose the use of kinoform diffractive lenses to focus near infrared femtosecond pulses in sapph...
Recent work has demonstrated sub-diffraction limited focusing using time-reversal mirrors and source...
The wave-front spacing in the focal region of an aplanatic focusing system is investigated by use of...
This thesis presents an investigation on imaging beyond the diffraction limit with superoscillatory ...
The influence of the state of spatial coherence on the spectrum of light in the vicinity of phase si...
The phenomenon of optical superoscillation provides an unprecedented way to solve the problem of opt...
In the diffraction of a supercontinuum source, a redistribution of amplitude and phase at the focal ...
We study the behavior of the longitudinal components of strongly focused electromagnetic fields. The...
In modern optical microscopy, a high numerical-aperture objective plays an important rule for high-r...
International audienceThe flat-lens concept based on negative refraction proposed by Veselago in 196...
The phase behavior of the three Cartesian components of the electric field in the focal region of a ...
We demonstrate that because of the depolarization effect associated with a high-numerical-aperture l...
We analyze the focusing of wave fields of any state of coherence by systems with low Fresnel numbers...
Reported in this letter is a phenomenon that the focal spot of a high numerical-aperture objective i...
In this work we demonstrate the advantages of investigating diffractive optical elements in the phas...
We propose the use of kinoform diffractive lenses to focus near infrared femtosecond pulses in sapph...
Recent work has demonstrated sub-diffraction limited focusing using time-reversal mirrors and source...
The wave-front spacing in the focal region of an aplanatic focusing system is investigated by use of...
This thesis presents an investigation on imaging beyond the diffraction limit with superoscillatory ...
The influence of the state of spatial coherence on the spectrum of light in the vicinity of phase si...
The phenomenon of optical superoscillation provides an unprecedented way to solve the problem of opt...