Add to ORKGInternational audienceThe flat-lens concept based on negative refraction proposed by Veselago in 1968 has been mostly investigated in the monochromatic regime. It was recently recognized that time development of the superlensing effect discovered in 2000 by Pendry is yet to be assessed and may spring surprises: Time-dependent illumination could improve the spatial resolution of the focusing. We investigate dynamics of flexural wave focusing by a 45°-tilted square lattice of circular holes drilled in a duralumin plate. Time-resolved experiments reveal that the focused image shrinks with time below the diffraction limit, with a lateral resolution increasing from 0.8λ to 0.35λ, whereas focusing under harmonic excitation remains diffraction lim...
Recently left-handed materials (LHM) attracted great attention since these materials exhibit negativ...
Super-oscillatory optical lenses are known to achieve sub-wavelength focusing. In this paper, we ana...
By repeatedly illuminating fused silica slabs with focused femtosecond pulses, we permanently decrea...
International audienceThe flat-lens concept based on negative refraction proposed by Veselago in 196...
International audienceThe ability of left-handed materials to overcome the diffraction limit was fir...
Most ideas for achieving super-resolution in optics are based on the recovery of evanescent fields w...
National audienceFirst proposal of negative index materials by V.G. Veselago [Sov. Phys. Usp. 10 (4)...
In the diffraction of a supercontinuum source, a redistribution of amplitude and phase at the focal ...
It is now well-appreciated that a bandlimited wave can possess oscillations much more rapidly than t...
Abstract A superoscillatory focusing lens has been experimen-tally demonstrated by optimizing Fresne...
Abstract—Focusing using conventional lenses relies on the col-lection and interference of propagatin...
In complex media such as white paint and biological tissue, light encounters nanoscale refractive-in...
In this paper, we numerically demonstrate that the negative refraction of a photonic crystal immersi...
Recent work has demonstrated sub-diffraction limited focusing using time-reversal mirrors and source...
We show that a planar plasmonic metamaterial with spatially variable meta-atom parameters can focus ...
Recently left-handed materials (LHM) attracted great attention since these materials exhibit negativ...
Super-oscillatory optical lenses are known to achieve sub-wavelength focusing. In this paper, we ana...
By repeatedly illuminating fused silica slabs with focused femtosecond pulses, we permanently decrea...
International audienceThe flat-lens concept based on negative refraction proposed by Veselago in 196...
International audienceThe ability of left-handed materials to overcome the diffraction limit was fir...
Most ideas for achieving super-resolution in optics are based on the recovery of evanescent fields w...
National audienceFirst proposal of negative index materials by V.G. Veselago [Sov. Phys. Usp. 10 (4)...
In the diffraction of a supercontinuum source, a redistribution of amplitude and phase at the focal ...
It is now well-appreciated that a bandlimited wave can possess oscillations much more rapidly than t...
Abstract A superoscillatory focusing lens has been experimen-tally demonstrated by optimizing Fresne...
Abstract—Focusing using conventional lenses relies on the col-lection and interference of propagatin...
In complex media such as white paint and biological tissue, light encounters nanoscale refractive-in...
In this paper, we numerically demonstrate that the negative refraction of a photonic crystal immersi...
Recent work has demonstrated sub-diffraction limited focusing using time-reversal mirrors and source...
We show that a planar plasmonic metamaterial with spatially variable meta-atom parameters can focus ...
Recently left-handed materials (LHM) attracted great attention since these materials exhibit negativ...
Super-oscillatory optical lenses are known to achieve sub-wavelength focusing. In this paper, we ana...
By repeatedly illuminating fused silica slabs with focused femtosecond pulses, we permanently decrea...