An experiment is described in which the effect of instrument aperture size on resolution is easily demonstrated. Using diffraction as a tool rather than a limit to resolution, one can further demonstrate the possibility of detecting the presence of more than one object, even when the instrument cannot resolve the objects.Physic
Rayleigh's criterion, although extensively used, is well known to be based on heuristic notions that...
Laboratory manual from the textbook Modern physics. / Nikiforov Yu.M., Skorenkyy Yu.L. - Ternopil...
The Rayleigh diffraction bound sets the minimum separation for two point objects to be distinguishab...
The spatial resolution of an imaging apparatus is limited by the Rayleigh diffraction bound, a conse...
Rayleigh's criterion is extensively used in optical microscopy for determining the resolution of mic...
Rayleigh's resolution criterion, although extensively used in optical microscopy, is well known to b...
We demonstrate resolution below an imaging system's Rayleigh bound using an arbitrary object-coverin...
We consider estimating the length of an incoherently radiating quasimonochromatic extended object of...
The resolution of an optical system is a measure of its ability to distinguish two closely spaced po...
Inspired by the results from quantum information processing, spatial-mode demultiplexing offers reso...
International audienceDiffraction plays a crucial role in microscopy as it prevents the recording of...
Context. The diffraction limit is considered as the absolute boundary for the angular resolution of ...
This paper is devoted to elucidating the essence of super-resolution and deals mainly with the stabi...
Interferometric methods have been recently investigated to achieve sub-Rayleigh imaging and precisio...
Because of the wave nature of light, image resolution is limited by the diffraction effects of the f...
Rayleigh's criterion, although extensively used, is well known to be based on heuristic notions that...
Laboratory manual from the textbook Modern physics. / Nikiforov Yu.M., Skorenkyy Yu.L. - Ternopil...
The Rayleigh diffraction bound sets the minimum separation for two point objects to be distinguishab...
The spatial resolution of an imaging apparatus is limited by the Rayleigh diffraction bound, a conse...
Rayleigh's criterion is extensively used in optical microscopy for determining the resolution of mic...
Rayleigh's resolution criterion, although extensively used in optical microscopy, is well known to b...
We demonstrate resolution below an imaging system's Rayleigh bound using an arbitrary object-coverin...
We consider estimating the length of an incoherently radiating quasimonochromatic extended object of...
The resolution of an optical system is a measure of its ability to distinguish two closely spaced po...
Inspired by the results from quantum information processing, spatial-mode demultiplexing offers reso...
International audienceDiffraction plays a crucial role in microscopy as it prevents the recording of...
Context. The diffraction limit is considered as the absolute boundary for the angular resolution of ...
This paper is devoted to elucidating the essence of super-resolution and deals mainly with the stabi...
Interferometric methods have been recently investigated to achieve sub-Rayleigh imaging and precisio...
Because of the wave nature of light, image resolution is limited by the diffraction effects of the f...
Rayleigh's criterion, although extensively used, is well known to be based on heuristic notions that...
Laboratory manual from the textbook Modern physics. / Nikiforov Yu.M., Skorenkyy Yu.L. - Ternopil...
The Rayleigh diffraction bound sets the minimum separation for two point objects to be distinguishab...